We've spent 39 years as an engineering-led design-build firm handling exactly this kind of structural risk across Los Angeles. Here's what property owners and HOA boards need to inspect, repair, and reinforce before the next storm system hits.

Why El Niño Years Hit LA Buildings Harder

El Niño years bring above-average rainfall to Southern California, often concentrated into intense, short-duration storms rather than steady seasonal rain. That pattern is brutal on aging infrastructure. Water finds every weak point — a hairline crack in a retaining wall, a clogged scupper drain, a balcony ledger board with hidden dry rot. In a normal year, these issues sit quietly for months. In an El Niño year, they turn into leaks, structural failures, and liability claims practically overnight.

For soft-story buildings, older URM (unreinforced masonry) structures, and properties with aging balconies, storm season adds water intrusion and hydrostatic pressure on top of existing seismic vulnerabilities — a combination that compounds risk fast.

The Property Owner's Storm-Prep Checklist

1. Inspect Balconies and Decks for Water Intrusion (SB 326 & SB 721 Compliance)

Balconies and exterior elevated elements are among the first things to fail in sustained rain. Waterproofing membranes degrade, flashing separates, and moisture works its way into structural ledgers and joists — the exact failure points SB 326 (condos/HOAs) and SB 721 (apartments) were written to catch. If your building hasn't had a licensed inspection recently, storm season is the worst possible time to find out you're non-compliant. Our team uses non-destructive borescope inspection to assess hidden damage without tearing into finished surfaces.

2. Check Your Roof Drainage and Scupper Systems

Clogged drains and undersized scuppers are the single most common cause of storm-related roof failures. A few inches of ponding water on a flat roof adds thousands of pounds of dead load — weight most roofs were never designed to hold for extended periods. Clear debris now, and have a structural engineer confirm your drainage capacity actually matches current rainfall intensity, not the specs from 1987.

3. Evaluate Retaining Walls and Hillside Grading

LA's hillside and canyon-adjacent properties face a unique El Niño risk: saturated soil and hydrostatic pressure against aging retaining walls. Cracks, bulging, or visible efflorescence are warning signs that a wall is losing its ability to hold back wet soil. Once a retaining wall fails, it's not a repair — it's a full reconstruction, plus everything downhill of it.

4. Assess Foundation Waterproofing

Older buildings, especially those without modern foundation waterproofing systems, are vulnerable to water intrusion at the slab and crawlspace level. Efflorescence, musty odors, or visible moisture staining in ground-floor units are early indicators. Left unaddressed, prolonged moisture exposure leads to wood rot, mold liability, and — in soft-story buildings — compromised bolting and shear connections at the foundation line.

5. Confirm Your Electrical Panel Is Weather-Sealed and Up to Code

Water intrusion around older electrical panels is a fire and safety hazard that spikes during storm season. If your panel is original to a pre-1990s building, an upgrade isn't just about capacity — it's about ensuring conduit seals, panel housing, and grounding meet current code and can handle water exposure without becoming a hazard.

6. Review Your Soft-Story Retrofit Status

Soft-story buildings carry structural vulnerabilities that storms can expose in unexpected ways — particularly when water intrusion weakens wood framing at cripple walls or ground-floor parking levels already carrying seismic risk. If you're in Burbank, Torrance, Culver City, Pasadena, or Glendale and haven't completed your mandated retrofit, 2026 deadlines are approaching — don't let storm damage complicate an already time-sensitive compliance requirement.

Why Waiting Costs More Than Acting

Storm damage rarely announces itself politely. It shows up as a tenant complaint, an insurance claim, or — worst case — a structural failure during the exact conditions that make repairs slower and more expensive. Property owners who inspect and reinforce before the rain arrives spend a fraction of what post-storm emergency repairs cost, and they avoid the liability exposure that comes with preventable damage.

How SKS Construction Protects Your Property Before the Storm

SKS Construction is the only LA design-build firm handling storm-readiness under one contract — engineering assessment, permitting, and construction, with an in-house licensed engineer on every project. No handoffs between inspector, architect, and contractor. No subject-to-change pricing. Just a fixed-price plan to get your building storm-ready, backed by 39 years and 3,000+ completed projects across Los Angeles.

Get Your Complimentary Storm-Readiness Assessment

Don't wait for the first atmospheric river to find out where your building is vulnerable. Contact SKS Construction today for a complimentary storm-preparation assessment of your property's roof, drainage, balconies, and structural systems.

The safety case for seismic retrofitting is real and well-documented. It is also, in the experience of everyone who has spent time talking to multifamily investors and property managers in Los Angeles, insufficient on its own to drive timely action. The conversation that moves owners is not about what happens to the building in an earthquake. It is about what happens to the cap rate when the compliance deadline passes and the property's financial profile changes in ways that are immediate, measurable, and entirely avoidable.

This post makes that case — in the language of investment math, not structural engineering.

The Cap Rate Mechanics — A Brief Baseline

For readers who work in this framework daily, this section is review. For owners who manage their own properties and are less familiar with the investment language, it establishes the foundation for the analysis that follows.

A capitalization rate is the ratio of a property's net operating income to its market value. A property generating $150,000 of NOI that trades at $3,000,000 is trading at a 5% cap rate. The cap rate reflects both the income the property produces and the risk associated with producing it — lower cap rates indicate lower perceived risk and higher relative value; higher cap rates indicate higher perceived risk and lower relative value.

The relationship between NOI, cap rate, and value is the fundamental valuation equation for income-producing real estate: Value = NOI / Cap Rate. Small changes in either NOI or cap rate produce significant changes in value. A property with $150,000 of NOI valued at a 5% cap rate ($3,000,000) loses $300,000 of value if the cap rate moves to 5.5% with no change in NOI — a 10% reduction in value from a half-point cap rate shift.

This is the framework through which retrofit compliance affects property value — not through the physical improvement to the building, but through the effects of compliance status on NOI, on perceived risk, and on the cap rate that the market applies to the property.

How Non-Compliance Affects NOI — The Direct Income Calculation

Non-compliance with the soft-story retrofit ordinance affects a property's net operating income through four specific mechanisms. Each one is calculable. The aggregate effect is significant.

Municipal Fines and Penalty Assessments

Cities enforcing soft-story retrofit ordinances have penalty mechanisms that activate when compliance deadlines pass without completed retrofits. The specific penalty structure varies by jurisdiction — Burbank, Torrance, Culver City, Pasadena, and Glendale each have their own enforcement frameworks — but the common elements are administrative fines that accrue on a per-day or per-month basis, compliance orders that are recorded against the property, and in escalated enforcement cases, referral to the city attorney for legal action.

Accruing administrative fines are a direct reduction in NOI. A property generating $150,000 of annual NOI that is absorbing $1,500 per month in compliance penalties is operating at $132,000 of adjusted NOI — a reduction of 12% from the penalty alone. At a 5% cap rate, that NOI reduction represents $360,000 of value destruction — significantly more than the cost of the retrofit that would have prevented it.

Insurance Premium Escalation

As we have covered in prior discussions of the insurance implications of non-compliance, carriers are increasingly pricing non-compliant soft-story properties as elevated risk. Premium increases of 15% to 30% for documented non-compliant soft-story buildings are not unusual in the current insurance market — and in some cases, carriers are non-renewing policies on non-compliant properties, forcing owners into surplus lines markets with substantially higher premiums.

Insurance is an operating expense. Higher insurance premiums reduce NOI directly. A $2 million property with $12,000 of annual insurance premiums that increases to $16,000 due to non-compliance surcharges has absorbed a $4,000 NOI reduction — modest in isolation, but compounding with the other non-compliance costs.

Financing Constraints and Debt Service Increases

Lenders underwriting loans on non-compliant soft-story properties are applying increasing scrutiny — requiring retrofit completion guarantees, escrow holdbacks, or in some cases declining to lend entirely on non-compliant assets. For owners approaching loan maturity on non-compliant properties, the refinancing options are constrained relative to compliant properties in the same market.

Constrained financing options translate to higher debt service costs. An owner who refinances a non-compliant property and receives a rate 50 basis points higher than they would have received on a compliant property — because the lender is pricing the compliance risk — is paying higher debt service on the same income stream. Higher debt service is lower cash-on-cash return, which affects the investment's attractiveness to both the current owner and any potential buyer.

Vacancy and Tenant Quality Effects

This mechanism is the most diffuse and the hardest to quantify precisely — but it is real, and sophisticated property managers account for it.

Non-compliant soft-story buildings in jurisdictions with active enforcement have compliance orders recorded against the property. Those orders are public record. Prospective tenants who research a building's permit and compliance history — a practice that is increasingly common among quality tenants in the Los Angeles rental market — can identify non-compliance. Quality tenants with options choose compliant buildings over non-compliant ones when quality and price are otherwise comparable.

The effect on vacancy and tenant quality is incremental rather than dramatic — a percentage point of additional vacancy here, a slightly lower achievable rent there — but in the aggregate, across a portfolio and across multiple years of non-compliance, the NOI effect is meaningful.

How Non-Compliance Affects the Cap Rate — The Risk Premium

Beyond the direct NOI effects, non-compliance affects the cap rate that the market applies to the property — through the risk premium that buyers and lenders assign to the documented regulatory liability.

A compliant soft-story building in Burbank trading at a 5% cap rate is trading at a risk level that reflects the local multifamily market fundamentals: vacancy rates, rent growth expectations, operating expense ratios, and the general risk profile of the asset class in that submarket.

A non-compliant soft-story building in the same submarket is not the same asset. It carries a documented regulatory liability — the compliance order, the accruing penalties, the enforcement timeline — that a buyer must price into the acquisition. That pricing takes the form of a higher cap rate: the buyer applies a risk premium that reflects the cost and uncertainty of achieving compliance after acquisition, the financing constraints associated with the non-compliant status, and the liability exposure during the period between acquisition and compliance completion.

In the current market, the cap rate differential between compliant and non-compliant soft-story properties in the 2026 deadline cities is meaningful — in the range of 50 to 100 basis points, depending on the severity of the non-compliance, the enforcement posture of the specific jurisdiction, and the state of the financing market at the time of the transaction.

A 75-basis-point cap rate expansion on a property with $150,000 of NOI — from 5.00% to 5.75% — reduces the implied property value from $3,000,000 to $2,609,000. That is $391,000 of value destruction from the cap rate effect alone — before accounting for the NOI reduction from penalties and insurance increases.

The combined effect — reduced NOI and expanded cap rate — can produce value reductions on non-compliant properties that are two to three times the cost of the retrofit that would have prevented them.

The 1031 Exchange Dimension — When Compliance Affects Tax Strategy

For multifamily owners managing their portfolio through 1031 exchanges — deferring capital gains by rolling proceeds from a sale into a qualifying replacement property — the compliance timeline has a specific and consequential interaction with exchange mechanics that is worth understanding explicitly.

A 1031 exchange requires identification of replacement property within 45 days of the relinquished property's closing and completion of the exchange within 180 days. Both timelines are hard deadlines — missing either one disqualifies the exchange and triggers the deferred capital gains recognition.

A sale that stalls or extends due to a non-compliance discovery in buyer due diligence compresses the exchange timeline from the sale date — which may have already been compressed by the time the compliance issue is identified. A transaction that was expected to close in 30 days and takes 90 days due to compliance-driven renegotiation has already consumed most of the 45-day identification window before the owner even knows the property has sold.

The identification period pressure creates suboptimal replacement property decisions — accepting terms on a replacement property that doesn't fully meet the investment criteria because the deadline is expiring, or failing to identify at all and triggering the full capital gains recognition on the relinquished property.

The retrofit that would have cost $150,000 to $200,000 — completed proactively, before the listing — eliminates the transaction risk that can jeopardize the tax deferral on a gain that may be ten or twenty times that amount. The retrofit is not just an operating cost decision. It is a tax strategy decision.

The Proactive Retrofit Math — What Compliance Before the Deadline Actually Returns

The investment case for proactive retrofit completion — completing the work before the 2026 deadline, on the owner's timeline and at a fixed price — is not primarily about avoiding fines. It is about the value differential between a compliant and a non-compliant asset in the current transaction environment.

The retrofit cost for a typical soft-story tuck-under building in the 2026 deadline cities ranges from $80,000 to $250,000 depending on the building size, the structural configuration, and the extent of the required intervention. On a per-unit basis, retrofit costs typically range from $8,000 to $20,000 per unit for buildings in the 8 to 20-unit range that characterizes most of the affected inventory in these cities.

The value creation from completing the retrofit — the delta between the compliant and non-compliant property value in the current market — typically exceeds the retrofit cost by a factor of two to four. A $150,000 retrofit investment on a $3,000,000 property that eliminates a $391,000 cap rate discount and a $36,000 annual NOI reduction from penalties returns its cost in value preservation within the first year of non-compliance that the retrofit prevents.

This is not a safety argument dressed in financial language. It is a straightforward return-on-investment calculation that produces a compelling result in every scenario where the alternative is continued non-compliance in a market with active enforcement.

The retrofit is not an expense. It is the highest-returning capital improvement available to a non-compliant multifamily property owner in the 2026 deadline cities — because it eliminates a liability that is already eroding value, rather than adding an amenity that may or may not achieve its anticipated return.

The Contractor Selection Decision — Why It Affects the Financial Outcome

The financial analysis above assumes that the retrofit is completed correctly — that it produces the city sign-off, the Certificate of Compliance, and the clean title condition that eliminates the compliance liability and restores the property's full market positioning.

A retrofit that fails reinspection, generates an open permit, or is completed without proper engineering sign-off does not achieve these outcomes. It eliminates the construction cost without eliminating the compliance liability — producing the worst possible outcome: the investment without the return.

The contractor selection decision on a retrofit project is therefore not just a quality decision. It is a financial decision — the decision that determines whether the retrofit investment produces its full return or produces partial or no return because the compliance documentation is incomplete.

Fixed-price contracting ensures that the retrofit cost is the retrofit cost — not a starting position that escalates through change orders. In-house engineering ensures that the structural work is designed and executed to the standard that produces city sign-off on the first attempt. Complete permit documentation — the finaled permit, the Certificate of Compliance, the engineer's stamped as-built drawings — ensures that the compliance outcome is recorded in the property's title and city records in a form that satisfies lender, buyer, and regulatory review.

These are the outcomes that convert the retrofit investment into the value return that the financial analysis projects. They are also the outcomes that distinguish SKS's retrofit execution from the firms that complete the physical work without delivering the complete compliance documentation.

The 2026 Timeline — How Much Runway Is Actually Left

The 2026 deadlines in Burbank, Torrance, Culver City, Pasadena, and Glendale are not uniform. Each city has its own compliance timeline, its own enforcement posture, and its own penalty framework. Some deadlines apply to all affected buildings simultaneously. Others are tiered by building size or construction date.

What is uniform is the direction of the market: retrofit contractor scheduling backlogs increase as deadlines approach, material costs are elevated and subject to continued volatility, and the financing and transaction market for non-compliant properties is becoming less favorable as lenders and buyers become more sophisticated about compliance risk.

Owners who move now — who initiate the retrofit assessment, fix the price, and get into the construction queue before the deadline pressure fully materializes — complete the project on the most favorable terms available. Owners who wait complete the project under conditions that are progressively less favorable on every dimension: contractor availability, material pricing, enforcement status, and transaction market positioning.

The runway is real but it is finite. The financial analysis that makes proactive compliance compelling today becomes more compelling with each month of continued non-compliance — because each month adds accrued penalties, insurance premium increases, and financing constraint costs to the liability side of the ledger.

SKS and the 2026 Deadline Cities — 850-Plus Retrofits and Counting

SKS Construction has completed over 850 soft-story retrofits across Los Angeles County since the ordinance was enacted in 2017. Our project volume in the 2026 deadline cities — Burbank, Torrance, Culver City, Pasadena, and Glendale — reflects our depth in exactly the markets where the current deadline pressure is most acute.

Our in-house licensed structural engineer designs every retrofit to current code, manages the LADBS permit process from submission to final inspection, and produces the Certificate of Compliance documentation that restores the property's clean compliance status. We deliver all of this under one fixed-price contract — no subject-to-change clauses, no change order mechanism for conditions that our pre-construction assessment should have identified.

Fixed pricing on a retrofit project is not just a contracting preference. It is the financial certainty that allows property owners to model the retrofit investment accurately — to know the cost before committing, to budget it within a capital improvement plan, and to evaluate the return on that specific investment against the value of continued non-compliance.

Thirty-nine years. Over 3,000 completed projects. 80% repeat clients. Direct owner access to Shahab and Sam Shaolian. One firm that understands the investment math as clearly as the structural engineering — because the owners who call us are making both calculations simultaneously.

Get a FREE Retrofit Assessment and Compliance Cost Analysis

SKS Construction offers FREE soft-story retrofit assessments for multifamily property owners in Burbank, Torrance, Culver City, Pasadena, Glendale, and Los Angeles. Our assessment includes a structural evaluation of your building's existing soft-story configuration, a fixed-price retrofit proposal, and a clear explanation of the compliance timeline and documentation pathway that produces your Certificate of Compliance.

We can also walk through the cap rate and NOI implications of your specific property's compliance status — so the retrofit decision is made with the full financial picture, not just the construction cost.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE assessment today.

The deadline is a date. The cap rate impact starts now. The time to act is before the market prices your non-compliance for you.

By the time the project is complete, the gap between the bid and the final invoice is the defining financial memory of the construction experience. It is the number that determines whether the owner calls that contractor again, whether they refer them to colleagues, and whether they describe the experience as one they would repeat or one they would warn others about.

Fixed-price contracting — a bid that is the price, with no subject-to-change clauses, no open-ended allowances, and no change order mechanism for conditions that a competent contractor should have anticipated — is the answer to that problem. It is also, in the current Los Angeles construction market, genuinely rare. Not because contractors don't understand the concept, but because fixed-price contracting is operationally demanding in ways that most firms are not equipped to sustain.

SKS Construction has offered fixed-price bids on every project we have delivered since Sol Shaolian founded the company in 1987. This post explains why fixed pricing is rare in construction, what it actually requires to sustain it, and why we do it anyway.

Why Construction Pricing Is Structurally Resistant to Fixed Costs

To understand why fixed pricing is rare, it helps to understand why construction costs are genuinely difficult to fix — and why the difficulty is not just contractor excuse-making.

Construction projects are site-specific. Unlike manufacturing, where a product is produced in a controlled environment from standardized inputs, construction happens on a unique site with unique soil conditions, unique existing structural conditions, unique access constraints, and unique interactions with regulatory processes that don't always behave predictably. Every project has a discovery component — the field conditions that are revealed when walls are opened, when foundations are exposed, when existing systems are accessed for the first time.

Construction projects are time-extended. A project that takes six months from contract to completion is exposed to six months of material price movement, six months of labor market fluctuation, and six months of supply chain variability. A steel price spike in month three is a real cost increase that the contractor did not control and did not anticipate when the bid was submitted in month one.

Construction projects involve multiple parties. The general contractor depends on subcontractors, suppliers, city agencies, and utility companies — each operating on their own timeline, their own pricing, and their own capacity constraints. A subcontractor who prices a scope in January and is not deployed until April is pricing in a labor market that may have changed materially in the interim.

These are the real conditions that make construction pricing volatile — and that contractors cite, legitimately, when they explain why their bids are not fixed. The conditions are real. The question is who bears the risk they create: the contractor, through fixed pricing that absorbs volatility as a cost of doing business, or the owner, through subject-to-change clauses that pass every variance directly to the client.

The industry default is clear. Almost universally, the risk lands on the owner.

What "Subject to Change" Actually Means in Practice

The language varies across contracts — "subject to change based on field conditions," "preliminary estimate subject to revision," "allowances subject to actual cost," "escalation clause for materials" — but the economic function is the same in every version: the bid price is a projection, not a commitment, and the final price is determined by what the project actually costs rather than what the contractor proposed.

In a market where contractors are competing on bid price to win projects, subject-to-change language creates a specific incentive structure: bid low to win, recover margin through change orders during construction. This is not a cynical characterization of contractor behavior — it is the rational response to a procurement environment where the lowest bid wins and the change order mechanism allows recovery of the margin that the competitive bid didn't include.

The owner who selects the lowest bid on a subject-to-change contract is not selecting the contractor who will deliver the project at the lowest cost. They are selecting the contractor who made the most optimistic projection of what the project would cost — or the contractor who most aggressively used subject-to-change language to make a bid appear competitive while preserving the ability to recover full margin through the change order process.

The practical consequence is that the project selection decision — the moment when the owner commits to a contractor and a price — is made on the basis of information that doesn't accurately represent the actual cost of the project. The accurate cost information arrives over the course of construction, in the form of change order requests that the owner is now obligated to evaluate from a position of limited leverage. The contractor is on site. The project is underway. Switching contractors at mid-project is expensive and disruptive. The owner pays the change order.

This dynamic is so well established in the construction industry that it has its own vocabulary. Experienced owners call it "buy-in" — the contractor buys into the project with a low bid and recovers profit through change orders. It is not illegal. It is not even uncommon. It is the predictable output of a procurement system that selects on bid price without fixed-price accountability.

What Fixed Pricing Actually Requires — The Operational Infrastructure

Fixed-price contracting is not a policy decision. It is an operational capability — and building that capability requires specific investments that most construction firms have not made.

Comprehensive pre-construction investigation

The primary source of legitimate change orders on construction projects is field conditions that differ from the conditions assumed at bid time. A fixed-price contractor must invest in pre-construction investigation sufficient to minimize the probability of those surprises — which means structural assessment before foundation work, geotechnical investigation before grading or shoring, existing condition documentation before demolition, and utility coordination before any work that depends on utility capacity.

This pre-construction investment is a real cost that the fixed-price contractor bears before the project starts and before the contract is signed. It is also the investment that produces the accurate scope definition that fixed pricing requires. A contractor who bids without adequate pre-construction investigation cannot fix the price — because the price depends on conditions that haven't been adequately characterized.

SKS's pre-construction process — led by our in-house licensed structural engineer — includes site assessment, structural condition review, and coordination with LADBS and LADWP before any fixed-price proposal is submitted. We spend real time on every project understanding what we're building before we price it. That is not charity. It is the prerequisite for fixed pricing.

In-house engineering

The gap between what the drawings show and what the field contains is the primary source of change order claims on projects where design and construction are separate. The engineer designs from plans. The contractor builds from the field. When they disagree — and they frequently do — the resolution is a change order.

When the engineer and the contractor are the same organization — when the licensed structural engineer who designed the project is part of the team building it — the gap between drawing and field is managed internally. Field conditions that differ from the design assumption produce an immediate engineering response, not a change order request. The scope adjustment happens within the team, at cost, rather than being billed as additional work.

In-house engineering is the most significant operational infrastructure that enables fixed-price contracting. It is also the investment that most construction firms have not made — because maintaining a licensed structural engineer on staff is a fixed cost that is difficult to absorb without the project volume to support it. SKS has that volume. The engineering is in-house. The fixed pricing is sustainable.

Direct material supply relationships

Material cost volatility — particularly in the current tariff and supply chain environment — is the most frequently cited justification for subject-to-change material pricing. The contractor quotes lumber at current market pricing, lumber prices increase 20% between bid and procurement, and the owner receives a change order for the difference.

A contractor with direct supply relationships — with steel fabricators, lumber suppliers, and electrical equipment distributors who provide pricing that can be locked at bid time — can absorb material cost volatility as a business risk rather than passing it to the client. SKS maintains direct supply relationships built over 39 years of project volume. When we fix a material price in a bid, we have the supply relationship to honor it — not a spot market exposure that gets passed through as a change order.

In-house labor force

Labor cost volatility — wage escalation, subcontractor pricing increases, crew availability constraints — is the other primary source of subject-to-change claims in the current market. A contractor whose labor force is entirely subcontracted is exposed to the subcontractor market at every project: the price at bid time reflects the subcontractor's pricing at bid time, and any increase between bid and mobilization is a change order candidate.

SKS's in-house crews provide labor cost predictability that subcontractor-dependent firms cannot match. We know what our labor costs — because our labor force is our labor force, not a market we access through subcontract bids. That predictability is a direct enabler of fixed-price commitments.

The Change Order Conversation — And Why We Don't Have It

The change order conversation is the most adversarial moment in a typical construction project. The contractor presents a scope addition and a price. The owner disputes the necessity, the pricing, or both. The relationship that began with aligned interests — contractor and owner both wanting the project to succeed — becomes a negotiation where the contractor's profitability and the owner's budget are directly opposed.

This conversation damages the relationship regardless of outcome. The owner who wins a change order dispute — who successfully challenges the contractor's scope justification or pricing — has won a battle that leaves them with less confidence in the contractor's integrity than they had before the dispute. The owner who loses — who pays the change order under construction-phase leverage — has paid a price that was not in the plan and may not be in the budget.

SKS doesn't have this conversation with clients. Not because we never encounter field conditions that differ from the bid assumptions — we do, on every project of any complexity. We have this conversation internally, between our engineer and our project management team, and we resolve it as an operational matter rather than a client billing matter.

The fixed-price commitment means that our problem-solving happens inside the company, not in the client relationship. The client's budget is not the variable that adjusts when the field is difficult. Our operational efficiency is the variable — and 39 years of project volume has made that efficiency sufficient to absorb the variance that subject-to-change contractors pass to their clients as change orders.

What Fixed Pricing Does to the Project Selection Decision

When bids are fixed — when the number submitted is the number that will appear on the final invoice — the bid comparison changes fundamentally.

A subject-to-change bid comparison is a comparison of projections — each contractor's best guess at what the project will cost, with varying assumptions, varying scope definitions, and varying change order philosophies that will determine how far the final invoice diverges from the bid. The lowest projection wins the bid, and the final cost is determined by the construction process, not by the selection decision.

A fixed-price bid comparison is a comparison of commitments. Each contractor is committing to deliver the defined scope at the submitted price. The comparison is real: the lowest fixed price is actually the lowest price, not the most optimistic projection. The highest fixed price may reflect a more thorough scope definition, higher quality materials, or a more conservative contingency — information that is useful in the selection decision.

Fixed-price bidding produces a procurement environment where the selection decision and the cost decision are the same decision — where choosing a contractor is choosing a price, not choosing an opening position in a cost negotiation that will last the duration of the project.

For property owners who have experienced the divergence between bid and final invoice on previous projects, this distinction is not abstract. It is the difference between a project that fits in a budget and a project that requires supplemental financing, delayed other improvements, or created financial strain that the owner was not prepared for when they signed the contract.

Why We Do It Anyway

The question at the center of this post is not just why fixed pricing is rare — it is why SKS does it when the industry default is so clearly moving in the other direction.

The answer is not altruistic. It is strategic.

Fixed-price contracting is the operational discipline that produces the 80% repeat client rate that sustains SKS's business. Clients who receive a final invoice that matches the bid — clients who do not experience the change order negotiation, the budget overrun, or the leverage-dependent payment dispute — return. They refer colleagues. They send the property management company they work with. They call back when the next project arises, without the evaluation process that precedes a first engagement, because the reference point established by the fixed-price experience is one they trust.

The economics of a fixed-price, high-repeat-client business are more favorable than the economics of a subject-to-change, high-client-acquisition business — not in the margin on any individual project, but in the aggregate cost of maintaining a client relationship versus acquiring a new one. Repeat clients don't require marketing spend. They don't require a sales process. They call and ask when we can start.

We do fixed pricing because it is the right thing to do for clients — and because it is the right business model for a firm that intends to be in this market for another 39 years.

Sol Shaolian built it this way in 1987. Shahab and Sam Shaolian run it this way today. The principle is not complicated: tell the client what it costs, charge what you told them, and do not introduce a mechanism that allows the number to change after they've committed to it.

That is fixed pricing. That is why it matters. And that is why, in an industry where it is almost universally abandoned in favor of the more profitable subject-to-change alternative, SKS does it anyway.

Get a Fixed-Price Proposal — No Subject-to-Change Clauses, No Surprises

SKS Construction offers FREE project consultations for property owners across Los Angeles County — covering soft-story retrofits, ADUs and additions, balcony inspections and repairs, structural retrofits, foundation work, electrical panel upgrades, and custom homes and remodels.

Every consultation produces a fixed-price proposal. Not a preliminary estimate. Not a range subject to field verification. A price — the price — backed by 39 years of project volume, in-house engineering, and direct supply relationships that make the commitment real.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE consultation today.

The number on our bid is the number on the final invoice. In this industry, that is the rarest thing we offer — and the most important.

Here's what you need to know, in depth, so you can move fast and register before the window closes.

What Is the EMR Grant Program?

The Earthquake Multi-Unit Retrofit (EMR) program is a state-funded grant administered by the California Residential Mitigation Program (CRMP), a joint powers authority created by the California Earthquake Authority (CEA) and the California Governor's Office of Emergency Services (Cal OES). It exists for one purpose: to help owners of older wood-frame apartment buildings retrofit soft, weak, or open front (SWOF) conditions — the exact seismic weakness responsible for the building collapses seen in the 1994 Northridge earthquake.

A soft-story building is typically a multi-story, wood-framed structure with a weak or open ground floor — most commonly created by tuck-under parking or a large garage opening beneath the living units above. That open ground floor lacks the wall bracing needed to resist lateral earthquake forces, which means the entire structure above it can shift, buckle, or pancake during a major quake.

Registration opened August 19, 2026, and closes September 30, 2026 — a fixed, six-week window. Once it closes, this round of funding is gone.

How the Grant Money Is Calculated

EMR funding isn't a flat number — it's structured as a reimbursement covering 70% of two separate cost categories, each with its own cap:

• Engineering and permit fees — 70% covered, up to $7,000
• Retrofit construction costs — 70% covered, up to $4,260 per unit

That per-unit construction cap is what makes the grant scale with your building size. Add the two categories together and here's what that looks like in practice:

• A 10-unit building can qualify for the full $49,600
• A 5-unit building tops out around $28,300
• Buildings with 6, 7, 8, or 9 units fall proportionally in between, based on unit count

This is incentive money, not a loan — there's no repayment. It's designed specifically to offset a retrofit cost you're already on the hook for under your city's mandatory ordinance, not to fund optional upgrades.

Who Qualifies for EMR Funding — The Full Eligibility Breakdown

Eligibility comes down to five criteria, and your building needs to meet all of them:

1. Building size. Your property must have between 5 and 10 units. Buildings outside that range — smaller fourplexes or larger complexes — fall under different retrofit funding categories, not EMR.

2. Construction type and age. The structure must be wood-frame and built before January 1, 1991. This cutoff matters because building codes adopted after that date already addressed soft-story vulnerabilities in most new construction.

3. Seismic deficiency. Your building needs a documented soft, weak, or open front (SWOF) condition — tuck-under parking, a street-level commercial opening, or another ground-floor configuration that leaves the structure under-braced at its base.

4. City participation. Your property must sit in one of the 14 California cities that have adopted a mandatory multi-unit soft-story retrofit ordinance and are participating in the EMR program. In the LA metro area, that list includes Burbank, Glendale, Pasadena, Torrance, and Culver City, among others. If your city isn't currently listed, it's worth checking back — CRMP has stated additional cities may be added as more ordinances go into effect.

5. Compliance order status. You need to have already received a notice and order from your city requiring the retrofit under that city's mandatory ordinance. This grant is built for owners who are already in the compliance pipeline — not a general seismic upgrade fund.

One More Requirement That Trips Owners Up: Retrofit Scope

EMR funding requires a full ground-story retrofit, engineered to FEMA P-807, IEBC Chapter A4 (latest edition), or ASCE 41 (latest edition) standards. A partial or "line-only" retrofit — addressing just one wall line instead of the full ground floor — does not qualify for grant funding, even if it satisfies your city's minimum ordinance requirement.

This is exactly the kind of detail that can disqualify an otherwise-eligible building if the engineering scope isn't set up correctly from day one. It's also why having a licensed structural engineer involved before you finalize your retrofit plan matters — the wrong scope on paper can cost you tens of thousands of dollars in grant eligibility.

Why Timing Matters More Than People Realize

Soft-story retrofits aren't optional for owners under a city mandate — your ordinance deadline is moving forward whether or not you tap into grant funding. The only real decision left on the table is whether you retrofit at full out-of-pocket cost, or with up to $49,600 of state money covering a significant share of the bill.

Because EMR registration runs on a fixed six-week calendar through September 30, 2026, waiting isn't a neutral choice — it's a decision to potentially pay full price. Grant rounds like this one are allocated on a limited basis, and once the registration period closes, that funding round is closed with it.

We Handle the Whole Process — Design, Engineering, Permits, and Construction

This is exactly where having an in-house licensed structural engineer under one roof pays off. At SKS Construction, we've completed 850+ soft-story retrofits since 2017, and we manage every part of the process under a single fixed-price contract — engineering, permit submission, city sign-off, and construction — so you're not coordinating between five different vendors while a grant deadline closes in.

We can evaluate your building against every EMR eligibility criterion, walk you through registration, and make sure your retrofit is engineered to full-scope standards that qualify for maximum grant funding — all without surprise costs added mid-project.

Ready to Find Out What Your Building Qualifies For?

Soft-story retrofit deadlines and EMR grant funding don't wait. Schedule your complimentary consultation with SKS Construction today, and we'll walk you through eligibility, funding potential, and a fixed-price retrofit plan built for your building.

Construction is an industry that runs, structurally, on one-time transactions. A homeowner builds a house once. A property owner replaces a roof once every twenty years. The business model of most contracting firms is built around acquiring new clients continuously — because the existing client base, having completed their project, has no immediate reason to return. Marketing budgets reflect this. Sales teams reflect this. The entire operational posture of the typical construction firm is oriented toward the next new customer, not the last satisfied one.

SKS Construction's client base is 80% repeat business. That number isn't a marketing claim — it is the measured reality of 39 years of project volume across more than 3,000 completed projects. It means that for every ten projects we complete, eight of them come from someone who has worked with us before — or from someone that a previous client sent our way.

That number deserves an explanation. Not a promotional one. A substantive one — about what actually drives repeat business in construction, what the client experience has to look like to produce it, and what it means for a property owner who is evaluating a firm for the first time.

What Repeat Business in Construction Actually Requires

The conditions that produce repeat business in most service industries are well understood: deliver what you promised, charge what you quoted, be easy to work with, and the client comes back.

In construction, each of those conditions is harder to achieve than it sounds — and the gap between the firms that achieve them and the firms that don't is wider than in almost any other service category.

Delivering what you promised in construction means something specific: the physical work matches the approved plans, the approved plans match the engineering calculations, the engineering calculations match the building's actual conditions, and the city inspector who shows up at the end of the project sees a building that matches the permit. At every stage, there are opportunities for the promise to diverge from the delivery — scope gaps, coordination failures, field conditions that weren't anticipated, subcontractors who interpreted the drawings differently than the engineer intended.

The firms that consistently deliver what they promised are the firms with in-house engineering — because the engineer who designed the project is the same team that built it, and the coordination failures that generate scope gaps and change orders on discoordinated projects don't exist when design and construction are integrated.

Charging what you quoted means fixed-price contracting — not subject-to-change estimates that become the opening position in a change order negotiation that lasts the duration of the project. The property owners who experience significant change order escalation on construction projects — who budget $200,000 for a project and receive a final invoice for $280,000 — do not return to that contractor. They also tell people. The 20% of SKS's business that comes from new clients includes a significant percentage of referrals from existing clients who sent someone to us specifically because their previous contractor's change order behavior was the defining feature of their experience.

Being easy to work with in construction means direct owner access — not an account manager who relays messages to a project manager who relays messages to a superintendent who relays messages to the crew. It means Shahab and Sam Shaolian are reachable by the clients who are building projects with their company. It means questions get answered, concerns get addressed, and the client doesn't spend the duration of a six-month project feeling like they're managing a relationship with a firm that has lost interest in them between the contract signing and the final invoice.

These are the conditions that produce repeat business. They are not complicated. They are genuinely difficult to sustain at scale — and the firms that sustain them over 39 years build client relationships that look more like partnerships than transactions.

What the Repeat Client Relationship Actually Looks Like

The 80% repeat client rate is not produced by clients who completed one project and immediately started another. It is produced by clients who completed one project, had an experience that changed their reference point for what construction should feel like, and returned when the next project arose — sometimes two years later, sometimes ten, sometimes with a different property in a different city.

The property manager who hired SKS for a soft-story retrofit on a 12-unit building in Van Nuys in 2019 called back in 2022 with a balcony inspection requirement on a different building in Burbank. Called back again in 2024 when SB 721 compliance deadlines required inspection of a third property in Culver City. Is currently in conversation about an ADU addition on a fourth property in West LA. That is four projects, across four properties, over five years — all driven by an initial experience that established SKS as the firm this owner calls when a construction obligation arises.

The real estate investor who hired SKS for a foundation repair on a Silver Lake fourplex in 2018 referred two colleagues from the same investment group — one of whom completed a soft-story retrofit, the other a panel upgrade — before returning himself for an ADU project in 2023. That initial engagement produced four projects without a single new client acquisition effort beyond delivering the foundation repair correctly.

The HOA board president who hired SKS for an SB 326 balcony inspection in 2024 sent the report to the property management company that manages six other associations in the portfolio. Three of those associations have since initiated inspection engagements. The initial project was a $15,000 inspection. The referral network it activated is a six-figure portfolio relationship.

These are not exceptional cases. They are the typical pattern of how SKS's client relationships develop over time — because the repeat business driver is not a loyalty program or a referral incentive. It is the project experience itself, repeated consistently enough that clients stop evaluating the firm for each new project and start calling automatically when the need arises.

The Specific Moments That Determine Whether a Client Returns

Repeat business is built in specific moments during a project — not in the aggregate experience, but in the particular interactions that clients remember because they were either better or worse than expected.

The moment when an unexpected field condition is discovered and the contractor brings the owner a solution and a fixed cost rather than an open-ended change order request. The moment when the LADBS inspector fails the rough framing and the contractor's in-house engineer is at the site within hours to assess the issue and implement the correction without drama or delay. The moment when the project completes on schedule, the final inspection passes on the first visit, and the permit is finaled within a week of construction completion.

These moments define the experience. They are not the moments that go into a marketing brochure — they are too granular, too specific, too dependent on the particular circumstances of a particular project on a particular day. But they are the moments that clients carry with them when the next project arises, and that determine whether they call the same firm or start the search over.

The inverse is equally true. The moment when a client calls the project manager with a concern and doesn't hear back for three days. The moment when the change order arrives after the work is done, not before. The moment when the city inspector fails the final inspection and the contractor's crew isn't available to address the correction for two weeks. The moment when the permit closes months after the construction was complete and the client discovers an open permit during a refinancing process.

These moments produce the 20% of construction clients who don't return — and the reviews, the referral warnings, and the social media posts that make up the negative reputation that firms with poor project execution carry for years.

The 80% repeat rate is the aggregate of thousands of individual moments across 3,000-plus projects, handled in a way that left clients with a reference point they valued enough to return to.

What Repeat Business Means for the Client Who Hires SKS for the First Time

The 80% repeat client rate is not just a reflection of past performance. It is a signal about what a new client can expect — and why the firm's operational posture is fundamentally different from a firm that is primarily focused on new client acquisition.

A firm with a 20% repeat client rate needs to acquire four new clients for every repeat client it retains. Its marketing budget, sales effort, and project experience are optimized for the acquisition of new clients — for making a strong first impression, winning the bid, and closing the contract. The project experience itself is secondary to the sales process that produced it.

A firm with an 80% repeat client rate needs to acquire one new client for every four repeat clients. Its operational energy is concentrated on project delivery — because project delivery is what drives the business. The marketing exists to bring new clients into an experience that the existing client base is already validating through their repeat engagement.

The practical implication for a first-time SKS client: you are not the target of a sales process optimized for closing. You are a potential addition to a client base that was built through delivery, not through sales. The firm's reputation is its operational output — not its marketing output — and the 80% repeat rate is the market's verification of that output over 39 years.

The Service Range That Makes Repeat Business Possible

One of the structural reasons SKS's repeat client rate is possible — not just the quality of execution, but the architecture of the service offering — is the breadth of services delivered under one contract and one team.

A property owner who manages a portfolio of multifamily buildings in Los Angeles has a recurring set of construction needs: seismic compliance, balcony inspections and repairs, electrical upgrades, ADU development, structural repairs, and periodic renovation and remodeling work. A firm that covers only one of those categories creates a client relationship that terminates when that project is complete — because the next need is outside the firm's scope.

SKS covers all of them. Soft-story retrofit. SB 326 and SB 721 balcony inspection and repair. ADUs and additions. Custom homes and remodels. Electrical panel upgrades. Structural retrofits. Foundation repair. All under one contract, one team, one in-house engineer, one set of relationships with LADBS and LADWP that has been established over 39 years of permit volume.

When a client's next need arises — whether it is six months or six years after the first project — SKS is a firm they already know, already trust, and already have a working relationship with. The evaluation process that precedes the first project doesn't need to be repeated. The contract terms that were fair on the first project are the same on the second. The owner access that was a differentiator on the first project is a given on the second.

This is the service architecture that makes an 80% repeat client rate structurally achievable — not just aspirationally desirable.

What "Direct Owner Access" Actually Means at 3,000 Projects

The phrase "direct owner access" appears in SKS's description of the client experience — and it is worth examining what that means at the scale of a firm that has completed more than 3,000 projects over 39 years, because it is a commitment that is easy to make and difficult to sustain.

At most firms of SKS's project volume and longevity, the founding partners have moved into roles that are strategically focused rather than operationally engaged — vision, business development, major relationship management, and the occasional high-profile project. Day-to-day client interaction is handled by project managers, account managers, and site superintendents who are accountable to the partners but not accessible to the clients in the same way the partners are.

At SKS, Shahab and Sam Shaolian run operations. Not in an organizational chart sense — in a literal, daily sense. They are accessible to clients on active projects. Not through an intermediary. Directly. This is not a boutique affectation of a firm that is small by choice — it is a deliberate operational structure maintained by a firm that has completed 3,000-plus projects because the client experience it produces is the primary driver of the 80% repeat rate that makes the business sustainable.

The clients who return to SKS are returning, in part, to a relationship — not just to a firm. The relationship with Shahab and Sam is not the relationship with an account manager who may or may not still be at the firm when the next project arises. It is the relationship with the people whose name is on the company, whose family built it, and who will be running it when the next project is ready to start.

That continuity is rare in construction. It is part of what the 80% repeat rate is measuring.

What SKS Clients Say When They're Asked Why They Came Back

The answers to that question, collected across 39 years of client relationships, converge on a small number of themes that are consistent regardless of the project type, the property location, or the size of the engagement.

The price didn't change. The number on the final invoice matched the number on the bid — and when something unexpected happened in the field, the solution was presented with a defined cost rather than an open change order that grew with each revision.

The project moved. The permit process didn't stall for months waiting on corrections that a better submittal would have avoided. The construction schedule was realistic and was met. The final inspection passed. The permit closed.

Someone returned calls. When a concern arose during construction, it was addressed by a person with authority to address it — not relayed through a chain of communication that produced a response three days later.

The building is actually better. The structural work performed does what the engineering said it would do. The retrofit is solid. The balcony is certified. The panel supports the loads it was upgraded to support. The ADU generates the rental income it was built to generate.

These are not complicated standards. They are the baseline expectations that property owners bring to every construction engagement and that are met, in the client's assessment, often enough to bring them back. At an 80% rate. Across 39 years. On more than 3,000 projects.

That is what repeat business actually looks like in construction.

Experience It for Yourself — Get a FREE Project Consultation

SKS Construction offers FREE project consultations for property owners across Los Angeles County — covering soft-story retrofits, SB 326 and SB 721 balcony inspections and repairs, ADUs and additions, custom homes and remodels, electrical panel upgrades, structural retrofits, and foundation work.

Our consultations produce a fixed-price proposal, a realistic timeline, and a direct conversation with the people who will be accountable for the project from first assessment to city sign-off.

Eighty percent of the people who have that conversation come back. We think you will too.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE consultation today.

Nobody puts the structural risks in the listing. Not because they are trying to deceive you — though disclosure failures happen — but because the risks of hillside construction are diffuse, technical, and invisible to anyone who hasn't spent decades looking at what happens to these properties when the soils move, the retaining walls age, and the drainage systems that were marginal when the house was built become inadequate after fifty years of deferred maintenance.

Los Angeles hillside properties are among the most desirable real estate in the country. They are also among the most structurally complex — built on soils that move, on slopes that amplify seismic loading, on lots that require retaining walls, drainage systems, and foundation designs that flat-lot properties never need. The value is real. So is the structural exposure — and buyers, owners, and investors who don't understand that exposure are routinely making ownership decisions without critical information.

Here is what the listing doesn't tell you about hillside structural risk in Los Angeles — and what understanding it actually requires.

Why Hillside Lots Are Structurally Different From the Beginning

The fundamental structural challenge of a hillside property is not the slope itself. It is the relationship between the slope, the soils, the water that moves through those soils, and the structures that have been built to hold everything in place.

A flat-lot property in LA sits on soils that are loaded primarily in compression — gravity pushes down, the soils push back. The structural interaction is relatively simple. A hillside property sits on soils that are loaded in compression at the uphill side and in tension and shear at the downhill side, with lateral forces from both the slope geometry and seismic loading acting simultaneously on everything — the soils, the retaining walls, the foundation, and the structure above.

Every element of a hillside property is working harder than its flat-lot equivalent. The retaining walls are resisting active soil pressure in addition to their own weight. The foundations are spanning across slope faces that move differently at the uphill and downhill edges. The drainage systems are managing concentrated water flow from the uphill watershed in addition to roof and hardscape runoff. The piles or caissons that support cantilevered decks and hillside additions are resisting both vertical loads and the lateral soil pressure that the slope geometry imposes.

When these systems are properly engineered and maintained, hillside properties are stable and safe. When they are original construction from the 1950s or 1960s, maintained inconsistently, and never professionally assessed — which describes a meaningful percentage of LA's hillside housing stock — the structural risk accumulates silently until something fails.

Risk #1: Retaining Wall Failure — The Most Underestimated Hazard on Any Hillside Lot

Retaining walls are the unsung structural elements of Los Angeles hillside properties. They hold back the cut slopes that allow flat pads to exist on hillside lots. They support driveways, gardens, terraced landscaping, and in some cases the building foundations themselves. And they fail — quietly, progressively, and in ways that can be catastrophic when the failure finally becomes visible.

The retaining walls on most LA hillside properties were built when the houses were constructed — in many cases in the 1940s, 1950s, or 1960s. They were built to the engineering standards of their era, which were significantly less demanding than current California Building Code requirements for retaining wall design. They were built with materials that have been degrading ever since: concrete block without adequate reinforcement, unreinforced concrete, dry-stacked stone, or timber that has been rotting for decades.

And they have been holding back increasingly saturated soils — because the drainage systems that were supposed to manage water behind the wall have silted up, the weep holes have been painted over or blocked, and the granular backfill that was supposed to allow water to drain away from the wall has been replaced over time by fine-grained soil migration that retains water.

The failure mode of an aging retaining wall is not sudden. It is progressive. The wall begins to rotate — tilting outward at the top under the pressure of the saturated soil behind it. Horizontal cracks appear at the mid-height of the wall — the classic indicator of flexural failure in a wall that is bending under lateral soil pressure. The wall face begins to spall or crumble at the weep hole locations where water has been infiltrating the concrete for decades.

None of these early indicators are visible from the street. They are visible from behind the wall — in the crawl space, in the garden below the retaining wall face, or on the uphill face of the wall that is buried in soil. Buyers who don't inspect retaining wall conditions from both faces are missing the most significant structural risk on the lot.

The failure consequence depends on what the wall is retaining and what is above it. A garden terrace retaining wall that fails loses landscaping. A driveway retaining wall that fails loses the driveway. A wall that supports the building foundation — or that retains a slope above the building — can trigger foundation movement, slope failure, or in extreme cases partial building collapse.

What a proper retaining wall assessment includes: inspection of the wall face from both sides, measurement of wall plumb and any existing rotation, assessment of the drainage condition — weep holes, drainage aggregate, surface drainage at the top of wall — and evaluation of the wall's structural adequacy for the retained height and soil condition. For walls supporting significant loads or retaining significant heights, a structural engineering assessment with design verification is the appropriate standard.

Risk #2: Slope Instability and Landslide Susceptibility

Los Angeles sits on geology that is landslide-prone by nature. The combination of steep topography, weak sedimentary and weathered bedrock, expansive and collapsible soils, and seasonal rainfall that saturates shallow soil layers creates a physical setting where slope failures have occurred throughout the region's recorded history — and will continue to occur.

The January 2025 wildfires removed vegetation from thousands of acres of hillside terrain in and around Los Angeles. Vegetation loss — even temporary vegetation loss during the recovery period before native ground cover reestablishes — dramatically increases slope instability risk by removing the root systems that bind shallow soil layers to the underlying bedrock. The post-fire debris flows in the San Gabriel Mountains following the 2009 Station Fire demonstrated how rapidly vegetation loss translates into slope failure risk during subsequent rain events.

For hillside property owners in and adjacent to the burn areas of the 2025 fires, slope stability assessment is an urgent current issue — not a long-term concern. But slope stability is a risk on hillside lots throughout Los Angeles regardless of proximity to fire-affected areas, because the underlying geology and soil conditions that create landslide susceptibility are present across the hillside development areas of the city.

The specific slope failure modes that affect LA hillside properties:

Shallow translational slides — Failure of the shallow soil layer above the bedrock contact, typically triggered by rainfall infiltration that creates a saturated zone with essentially zero shear strength. These slides move rapidly and without significant warning, and they are the failure mode most commonly associated with post-fire debris flows.

Deep-seated rotational slides — Failure along a curved failure surface that extends into the bedrock or deep weathered soils, typically triggered by a combination of rainfall infiltration, groundwater rise, and in some cases seismic loading. These slides are slower-moving than shallow translational failures but involve larger volumes of material and produce more significant structural damage to buildings in their path.

Surficial erosion and creep — Slow downslope movement of the surface soil layer under the combined effects of gravity, moisture cycling, and seasonal temperature changes. Soil creep is the failure mode that produces the gradual distortion of retaining walls, foundation rotation, and differential settlement that many hillside property owners attribute to normal aging rather than active slope movement.

The assessment for slope stability requires a licensed geotechnical engineer — not a structural engineer, not a general contractor, and not a home inspector. The geotechnical engineer assesses the soil profile, the depth to bedrock, the groundwater conditions, and the slope geometry to evaluate stability under both static and seismic loading conditions. For properties with known or suspected slope stability issues, the geotechnical investigation is the prerequisite for any structural repair or foundation work — because the repair design must account for the actual soil conditions and failure mechanism, not for a generic slope stability assumption.

Risk #3: Hillside Foundation Systems — When Piers, Caissons, and Grade Beams Age

Hillside properties in Los Angeles use foundation systems that flat-lot properties never require — and that have specific failure modes that standard home inspection protocols frequently miss.

Caissons and drilled piers — The primary deep foundation element for hillside construction. A caisson is a drilled hole, typically 12 to 24 inches in diameter and 15 to 40 feet deep, filled with reinforced concrete to reach competent bearing material below the zone of soil movement. Caissons transfer the building's loads down through the unstable surface soils to the bedrock or dense alluvial material below, bypassing the soil conditions that would cause a shallow foundation to move.

Caissons fail in two ways. The first is structural failure of the caisson shaft itself — typically due to inadequate reinforcement, concrete placement deficiencies, or lateral loading from soil movement that exceeds the shaft's designed capacity. The second is bearing failure at the caisson tip — where the material the caisson was designed to bear on has been misidentified, is weaker than assumed, or has softened due to groundwater infiltration.

Neither failure mode is visible at the surface. A caisson that is failing in lateral bending will produce movement at the structure above — differential settlement, wall cracking, door and window binding — that looks identical to other foundation failure modes. Only a geotechnical investigation that can assess the caisson's condition below grade can distinguish caisson failure from other causes.

Grade beams — Concrete beams that span between caissons or piers at grade level, transferring loads from the building's wall system to the deep foundation elements. Grade beams on hillside properties are exposed to the same lateral soil pressure that retaining walls resist — particularly on cut slopes where the grade beam is partially embedded in the hillside. Cracking of grade beams, either from differential settlement between adjacent caissons or from lateral soil pressure, is a common finding on older hillside properties that have never had a structural assessment.

Stepped foundations — Foundations that follow the slope contour through a series of steps, with each step change supported by a short stem wall. Stepped foundations are structurally sound when properly designed, but the step locations are points of structural discontinuity that concentrate stress under seismic loading. Older stepped foundations — particularly those built before the post-Northridge seismic code updates — frequently have inadequate connection hardware at the step transitions, creating potential failure points that are invisible without opening the foundation system.

Risk #4: Drainage System Failure — The Slow Disaster

This is the hillside structural risk that operates on the longest time horizon and produces the most diffuse, accumulated damage — and that is most frequently overlooked because it manifests as a maintenance issue rather than a structural emergency.

A hillside property manages two drainage challenges simultaneously: the concentrated surface water from rainfall on the uphill slope and surrounding impervious surfaces, and the subsurface water that infiltrates the soil and moves downslope through the soil profile. Both challenges require engineered drainage systems — surface channels, area drains, French drains, downspouts, and drainage swales — to manage the water and direct it away from the building foundation, the retaining walls, and the slope face.

When those drainage systems fail — when surface drains silt up, when French drains lose their permeability as fine-grained soils migrate into the gravel aggregate, when downspouts discharge directly onto slope faces instead of into drainage systems, when hardscape additions direct runoff toward the building instead of away from it — water accumulates in the soil adjacent to the foundation and retaining walls.

Accumulated water does several things to hillside structural systems. It increases the lateral soil pressure on retaining walls — by a factor of two or more in fully saturated conditions compared to dry conditions. It softens the bearing soils under shallow foundations, allowing differential settlement to develop. It infiltrates the end grain of wood framing members at the foundation connections, initiating rot at the most structurally critical locations. And it contributes to the slope instability conditions that make shallow translational slides possible.

The drainage failure is slow. The structural consequences accumulate over years. By the time the retaining wall shows visible rotation, the foundation shows visible differential settlement, or the crawl space shows visible wood deterioration, the drainage system has been failing for a decade or more — and the repair scope reflects not just the failed drainage, but the structural damage that accumulated while the drainage was failing.

A hillside property's drainage system should be assessed and maintained every five years at minimum — and any time a significant rain event produces unexpected surface water behavior, unexpected soil saturation, or visible retaining wall movement.

Risk #5: Seismic Amplification on Hillside Sites

Every property owner in Los Angeles lives with seismic risk. Hillside property owners live with more of it — not because the earthquakes are larger on hillsides, but because the soil and topographic conditions on hillside sites amplify seismic ground motion in ways that flat-lot sites do not.

Topographic amplification — Ground motion is amplified at the crests of ridges and the tops of slopes relative to the valley floor. USGS and California Geological Survey research has documented amplification factors of 1.5 to 3.0 at hillcrest locations — meaning the same earthquake produces ground motion at a hillcrest that is 50% to 200% stronger than the motion at the base of the slope. Buildings at the top of hillside lots, on ridge lines, or at the crest of cuts are exposed to this amplified motion.

Soil amplification — Soft, deep soils amplify ground motion at long periods — the periods that affect taller buildings. Hard rock amplifies ground motion less but at shorter periods. The specific soil profile under a hillside property determines how seismic energy is transmitted to the structure above, and site-specific seismic assessment requires knowledge of that soil profile — which is another output of the geotechnical investigation.

Liquefaction risk — Certain hillside locations in Los Angeles — particularly those with shallow groundwater and loose, saturated granular soils — have liquefaction risk under strong seismic shaking. Liquefaction converts saturated loose soil into a fluid-like state, eliminating the bearing capacity that supports the foundation above. The California Geological Survey has mapped liquefaction hazard zones across the state, and hillside property owners in areas with mapped liquefaction risk should understand that risk and its implications for their foundation system.

The combination of topographic amplification, soil amplification, and liquefaction risk makes hillside sites more seismically demanding than flat-lot sites in the same neighborhood — and it makes the seismic adequacy of the foundation and retaining wall systems on those sites more consequential than on equivalent flat-lot properties.

What a Proper Hillside Structural Assessment Covers

A hillside property structural assessment is not a home inspection. A home inspector is not qualified to assess retaining wall structural adequacy, slope stability, caisson condition, or seismic amplification. A home inspection is a visual survey of accessible conditions — it is a useful first screen, but it is not the technical evaluation that a hillside property's structural complexity requires.

A proper hillside structural assessment involves at minimum a licensed structural engineer conducting a site visit with access to the crawl space, the retaining wall faces from both sides, and the foundation system perimeter. For properties with known or suspected geotechnical concerns — slope instability, retaining wall failure, foundation movement — a licensed geotechnical engineer should conduct a parallel assessment including soil borings or test pits to characterize the subsurface conditions.

The assessment should produce a written report that identifies the current condition of the retaining walls, foundation system, and drainage infrastructure; quantifies any observed movement, rotation, cracking, or deterioration; identifies the probable cause of observed conditions; and recommends either a monitoring protocol or an active repair scope with sufficient specificity to be priced and permitted.

This assessment is the information that buyers, owners, and investors need to make informed decisions about hillside properties — and that the listing price, the listing description, and the standard home inspection will not provide.

SKS and Hillside Structural Work in Los Angeles

SKS Construction has been assessing and repairing hillside structural conditions in Los Angeles since 1987. Our in-house licensed structural engineer has evaluated retaining walls, foundations, drainage systems, and slope conditions across the full range of hillside neighborhoods in the LA metro — Hollywood Hills, Silver Lake, Los Feliz, Echo Park, Bel Air, Pacific Palisades, Altadena, and the hillside communities of the San Fernando Valley.

We design and build retaining wall replacements and repairs, foundation underpinning and caisson additions, grade beam reconstruction, drainage system restoration, and slope stabilization — under one contract, with engineering and construction managed by the same team from assessment through city sign-off.

Fixed-price bids. No subject-to-change clauses. Direct owner access to Shahab and Sam Shaolian. 39 years of hillside construction experience in a city where hillside structural problems have been accumulating for the same length of time.

The listing didn't tell you about the risks. We will — and then we'll fix them.

Get a FREE Hillside Structural Assessment

SKS Construction offers FREE structural assessments for hillside property owners across Los Angeles County. Whether you are a current owner concerned about retaining wall condition, a buyer conducting pre-purchase due diligence, or an investor evaluating a hillside acquisition, our in-house licensed structural engineer will assess the specific structural conditions on your property and provide a clear, honest evaluation of what you are looking at — and what it will cost to address it.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE hillside structural assessment today.

The views are real. So are the risks. Know both before you own them.

SKS Construction | Design | Engineer | Build | Since 1987 (818) 855-1181 | info@sksconstruction.com | @sks_construction

This is the conversation that happens after the solar contract is signed, after the deposit is paid, and after the installation crew shows up and opens your electrical panel for the first time. It is the conversation nobody in the solar sales process initiated — because the solar company's job is to sell solar, not to assess your electrical infrastructure. And it is the conversation that turns a straightforward solar installation into a multi-month, multi-contractor project with costs that weren't in the original proposal.

In Los Angeles, a significant percentage of residential and multifamily properties that are solar-ready from a rooftop and orientation standpoint are not solar-ready from an electrical infrastructure standpoint. The panel is undersized. The panel is a flagged brand. The service entrance can't accommodate a grid-tied inverter connection without modification. The meter base needs to be upgraded for net metering enrollment. And none of these conditions appear in the solar company's site assessment, because most solar companies are not electrical engineers — they are solar installers.

The panel has to come first. Here is why — and what doing it right actually looks like.

How Solar Power Connects to Your Electrical System — The Basic Infrastructure Logic

To understand why the panel is the prerequisite for solar, it helps to understand how a grid-tied solar system actually connects to your home or building's electrical infrastructure.

A photovoltaic solar array on your roof generates direct current electricity — DC power — which is converted to alternating current by an inverter. That AC power is then fed into your electrical panel, where it either supplies the loads in your building directly or flows back through the meter to the LADWP grid — the net metering arrangement that credits your account for excess generation.

The connection point between the solar system and your building's electrical system is the panel. Specifically, a solar system connects to a dedicated breaker position in the main panel — or in a subpanel, with specific code requirements around the connection point and its relationship to the main breaker. The National Electrical Code has precise requirements for how solar systems connect to the panel: the combined amperage of the solar feed and the main service breaker cannot exceed 120% of the panel's rated busbar capacity, among other requirements.

This 120% rule — sometimes called the solar backfeed rule — is the specific code provision that most often makes a panel upgrade a prerequisite for solar installation. If your panel has a 100-amp main breaker and a 100-amp busbar, the maximum solar feed breaker is 20 amps — which limits the solar system size that can legally connect to the panel. If your solar installer is proposing a system that requires a 40-amp feed breaker, and your panel's busbar math doesn't support it, the solar system cannot be legally installed without a panel upgrade or a main breaker derate — and main breaker derates have their own code limitations.

This is a mathematical reality that exists before the first panel is mounted on the roof. It should be identified and priced before the solar contract is signed. In most solar sales processes, it is not.

The Three Panel Conditions That Block Solar Installation

Not every undersized or outdated panel creates the same problem for solar installation. The specific panel condition determines the specific upgrade required — and the specific upgrade determines the cost and timeline. Understanding which condition your panel has allows you to price and plan the upgrade correctly before you commit to a solar contract.

The Undersized Service Entrance

A 100-amp service entrance — the most common condition in LA's pre-1980 housing stock — is the panel condition most likely to require a full service upgrade before solar can be installed.

The math: a 100-amp service entrance with a 100-amp main breaker allows a maximum solar feed breaker of 20 amps under the 120% rule. At 240 volts, 20 amps supports a solar system of approximately 4.8 kilowatts. For most residential properties in Los Angeles, a 4.8-kilowatt system is smaller than the optimal system size for the roof area and consumption profile — which means the owner either accepts an undersized system or upgrades the service to support a larger one.

A 200-amp service — the current standard for new residential construction — allows a 40-amp solar feed breaker, supporting a system of up to 9.6 kilowatts. For most single-family homes in LA, this covers the full optimal system size. For properties with EV charging, pool equipment, or high HVAC loads, even 200-amp service may warrant further evaluation.

For multifamily properties pursuing shared solar or community solar arrangements, the service entrance requirements scale with the system size and the number of units — and frequently require 400-amp or larger service entrances that are well beyond the capacity of most existing multifamily electrical infrastructure.

The Flagged Panel Brand

Federal Pacific Stab-Lok panels and Zinsco panels — both of which were installed extensively in Los Angeles construction through the 1980s — are not simply outdated. They are documented fire hazards with specific failure modes that have been the subject of consumer safety research, insurance carrier exclusions, and in some cases product liability litigation.

Federal Pacific Stab-Lok breakers have a documented tendency to fail to trip under overcurrent conditions — meaning they don't interrupt the circuit when they should, allowing wiring to overheat without the breaker providing the protection it was designed to provide. Zinsco panels have documented issues with aluminum bus bars that corrode and create loose connections, again compromising the protection the breaker is supposed to provide.

Solar installers who encounter these panels during a site assessment face a binary choice: refuse to connect the solar system to a panel with documented safety issues, or connect the system and accept the liability of energizing a panel that has known failure modes. Most reputable solar installers choose the former — which means the solar installation cannot proceed until the panel is replaced.

If your home has a Federal Pacific or Zinsco panel, the panel replacement is not optional from a solar installation standpoint — and it is not optional from a safety standpoint regardless of solar. The replacement should happen whether or not you go solar.

The Full Panel — No Available Breaker Positions

This is the simplest and most common panel condition that blocks solar installation: the panel has no available breaker positions for the solar feed breaker.

Older panels — particularly 100-amp panels in homes that have been renovated and had circuits added over the decades — frequently have every breaker position occupied. The solar feed breaker has nowhere to go. The solutions are to remove or consolidate existing circuits to free up positions, to add a subpanel that creates additional breaker capacity, or to replace the panel with a larger unit that has sufficient positions for both existing circuits and the solar feed.

This is a straightforward electrical engineering problem with well-established solutions. But it is a problem that must be identified and resolved before the solar installation can proceed — not discovered by the installation crew on the day they show up with the inverter.

What Net Metering Enrollment Requires From Your Meter and Service

The financial case for solar in Los Angeles depends significantly on LADWP's net metering program — the arrangement under which LADWP credits your account for excess solar generation that flows back to the grid. Without net metering enrollment, the economics of solar change significantly: you can only capture the value of electricity you generate and consume yourself, not the value of excess generation.

Net metering enrollment through LADWP requires a bidirectional meter — a meter capable of measuring both the electricity flowing from the grid into your building and the electricity flowing from your building back to the grid. Many older LADWP meter installations use unidirectional meters that must be replaced before net metering enrollment can be completed.

The meter replacement is performed by LADWP — it is the utility's equipment, and the utility's crews handle the swap. But it requires a formal application, a LADWP engineering review, and scheduling that operates on LADWP's timeline. For properties that also require a service entrance upgrade — a new meter base, new service entrance conductors, or a new service panel — the LADWP coordination for the meter replacement is part of the same utility application process.

Owners who initiate solar installation without first confirming LADWP net metering enrollment status — and identifying any meter or service conditions that must be resolved before enrollment — frequently find themselves with a completed solar installation that cannot be enrolled in net metering because a utility coordination step was missed. The system generates power. It feeds the building. But the excess generation flows to the grid without credit, because LADWP's metering infrastructure hasn't been updated to track it.

This coordination failure is entirely preventable — and entirely the result of starting with the solar hardware rather than starting with the electrical infrastructure assessment.

The Solar Tax Credit Timeline — Why Infrastructure Delays Are Expensive

The federal Investment Tax Credit — currently 30% of the total solar system cost under the Inflation Reduction Act — is one of the primary financial drivers of residential and commercial solar adoption. The credit applies to the tax year in which the solar system is placed in service — meaning the year in which the system is installed, permitted, and operational.

For property owners who are planning to claim the ITC in a specific tax year, the panel upgrade timeline matters enormously. A solar project that stalls because the panel upgrade wasn't initiated until after the solar contract was signed — and that misses the tax year deadline because the LADBS permit for the panel upgrade took three months and the LADWP transformer coordination took another two — is a project where the owner's tax planning has been disrupted by a scheduling failure that was entirely preventable.

The panel upgrade is the long-lead item in a solar project. The solar hardware — panels, inverter, racking — is available on relatively short lead times. The LADBS permit for a panel upgrade, combined with the LADWP service coordination, is typically the eight to twelve week critical path item. Initiating the panel upgrade first — before the solar contract is signed, or at minimum simultaneously with it — is the scheduling approach that protects the tax credit timeline.

Property owners who call SKS after the solar contract is signed and the tax credit deadline is approaching are the owners for whom the panel conversation is most expensive. Property owners who call us before the solar conversation gets to the contract stage are the ones who close the solar project on schedule, at the planned cost, and with the tax credit intact.

The Multifamily Solar Opportunity — And Why It Requires More Infrastructure

The solar conversation in Los Angeles has historically focused on single-family homeowners — the rooftop array that serves the household below it. The multifamily solar opportunity is substantially larger, substantially underutilized, and substantially more dependent on electrical infrastructure that most multifamily buildings don't currently have.

Multifamily solar in Los Angeles takes several forms. A rooftop array serving the building's common area electrical loads — corridor lighting, laundry room, parking structure lighting, elevators — is the simplest configuration and the one with the most straightforward electrical infrastructure requirements. The array connects to the common area electrical meter, which typically has more available panel capacity than individual unit meters.

Community solar — where the rooftop array's generation is allocated across individual unit meters, reducing each tenant's LADWP bill — is the more ambitious and more financially compelling configuration for multifamily solar. It requires a more sophisticated metering and billing arrangement, a larger array sized for the aggregate consumption of multiple units, and electrical infrastructure capable of supporting the grid-tied inverter connection at the building's main service entrance.

For 8 to 20-unit buildings — the multifamily segment that is most underserved by both the solar industry and the electrical upgrade industry — the opportunity is significant: rooftop area that is typically underutilized, aggregate electrical consumption that justifies a meaningful solar investment, and common area electrical bills that are sensitive to energy cost escalation. The infrastructure barrier — the service entrance upgrade, the LADWP coordination, the panel capacity — is the obstacle that prevents most of these buildings from capturing the solar opportunity.

SKS builds the infrastructure. The solar installer installs the panels. The sequence matters: infrastructure first, solar second.

What a Properly Sequenced Solar-Ready Panel Upgrade Looks Like

The right approach to going solar in Los Angeles is to begin with an electrical infrastructure assessment — before the solar contract, before the deposit, before the inverter is specified. The assessment establishes the current panel capacity, identifies any flagged equipment that must be replaced, determines the service entrance upgrade required to support the proposed solar system size, and initiates the LADWP coordination for the meter upgrade and transformer capacity review.

The panel upgrade scope is then designed around the solar system requirements — not retrofitted to accommodate a solar system that was designed without knowledge of the panel's constraints. The new panel is sized to support both the solar feed breaker and any other electrical improvements the property owner is planning — EV charging, HVAC upgrades, ADU additions — so the upgrade is done once, correctly, at a size that serves the property's ten-year electrical needs rather than just the immediate solar requirement.

The LADBS permit for the panel upgrade is filed concurrently with the solar permit — or sequentially if the panel upgrade must precede the solar connection — with the solar installer coordinating their permit submission around the panel permit timeline.

LADWP coordination — meter upgrade application, transformer capacity review, service energization scheduling — is initiated at project inception and tracked through to completion before the solar installation is scheduled.

The solar installation happens last — on a timeline that reflects the panel upgrade completion and LADWP energization, not a timeline the solar company set when they signed the contract without knowing the panel situation.

This is the sequence that protects the tax credit timeline, eliminates the change order surprises, and produces a solar installation that is permitted, inspected, net metering enrolled, and operational — not stranded behind a panel problem that nobody addressed until the installation crew arrived.

What SKS Brings to the Solar Preparation Process

SKS Construction does not install solar panels. We are not a solar company. What we are is the firm that makes your property solar-ready — the electrical infrastructure partner that handles everything between the utility meter and the point where the solar installer connects their inverter.

Our in-house licensed engineer assesses your existing panel and service capacity, designs the upgrade to support your proposed solar system, manages the LADWP coordination, pulls the LADBS permit, completes the installation, and obtains the final inspection sign-off. We supply panels directly — no distribution markup — and we coordinate with your chosen solar installer to ensure our work is sequenced correctly with theirs.

For multifamily property owners pursuing community solar or common area solar, we design and install the complete electrical infrastructure — service entrance upgrade, metering configuration, panel capacity — that the solar system requires to operate legally and efficiently.

Thirty-nine years. Over 3,000 completed projects. 80% repeat clients. Fixed-price bids with no subject-to-change clauses. Direct owner access to Shahab and Sam Shaolian. One firm that handles the infrastructure correctly, the first time, so the solar company can do their job when they arrive.

Get a FREE Solar-Ready Panel Assessment

SKS Construction offers FREE electrical panel assessments for property owners across Los Angeles County who are considering solar installation. Our in-house engineer will evaluate your existing service capacity, identify any panel conditions that must be resolved before solar can be installed, initiate LADWP pre-coordination for your service upgrade, and provide a fixed-price panel upgrade proposal — so you know your infrastructure cost before you sign a solar contract.

Don't let the solar company discover your panel problem after the deposit is paid. Know your infrastructure situation first.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE solar-ready panel assessment today.

What those contractors are frequently not telling you — because it is either outside their scope, outside their expertise, or simply inconvenient to the sales conversation — is that the EV charger is the last step in a process that begins with your electrical panel.

In Los Angeles, the majority of residential and multifamily properties that are pursuing EV charging infrastructure in 2025 do not have the electrical service capacity to support it without an upstream upgrade. The charger is the visible piece of hardware on the wall. The panel, the service entrance, the feeder conductors, and the utility connection are the invisible infrastructure that either supports it or doesn't — and in most cases in LA's existing building stock, they don't. Not without work.

Property owners who buy the charger first and discover the panel problem second are paying twice: once for the charger installation that can't be completed or can't be safely operated on the existing service, and once for the electrical upgrade that should have been scoped and priced at the beginning.

Here is what EV charging infrastructure actually requires — from the utility meter to the wall-mounted charger — and what LA property owners need to understand before they commit to any EV charging project.

The EV Charging Basics: Level 1, Level 2, and DC Fast Charging

Before getting into the electrical infrastructure requirements, it helps to understand what EV charging levels actually mean in terms of electrical demand — because the level of charging you're installing determines the electrical capacity you need to support it.

Level 1 charging uses a standard 120-volt outlet — the same outlet that powers a lamp or a phone charger. It delivers approximately 3 to 5 miles of range per hour of charging. For most EV drivers, Level 1 charging is inadequate as a primary charging solution — an overnight charge on a depleted battery adds 30 to 40 miles of range, which is insufficient for drivers with longer daily commutes or larger battery vehicles. Level 1 is the charging solution for occasional users and short-range drivers. It requires no dedicated circuit beyond a standard 15 or 20-amp outlet.

Level 2 charging uses a 240-volt dedicated circuit — the same voltage as a clothes dryer or an electric range. It delivers 15 to 30 miles of range per hour of charging, making it the standard solution for residential and multifamily EV charging. A depleted battery can be fully charged overnight on Level 2. Level 2 chargers require a dedicated 40-amp or 50-amp circuit, a 240-volt outlet or hardwired connection, and a NEMA 14-50 outlet or a hardwired EVSE (Electric Vehicle Supply Equipment) unit. This is the charging level that most property owners are implementing, and it is the level that creates the electrical infrastructure requirements we'll cover in detail.

DC Fast Charging uses direct current at high voltage and amperage — 480 volts, 50 to 350 kilowatts — to charge a battery to 80% in 20 to 45 minutes. DC fast charging is the technology at public charging stations and commercial truck stops. It is not typically installed in residential or multifamily settings because the electrical service requirements are commercial-scale and the cost is prohibitive for private residential use.

For the purposes of this discussion, we are focused on Level 2 charging — the standard that applies to residential and multifamily EV charging in Los Angeles.

What a Level 2 Charger Actually Draws — and Why the Math Matters

A Level 2 EV charger operating at 240 volts on a 40-amp circuit draws 9.6 kilowatts of power when actively charging. On a 50-amp circuit, it draws up to 12 kilowatts. These are continuous loads — the charger draws this power for the full duration of the charging session, which can be four to eight hours for a full charge on a modern EV.

Now apply that to a multifamily property.

A 12-unit apartment building where every tenant has an EV — an increasingly realistic scenario in Los Angeles as EV adoption accelerates — has a theoretical peak simultaneous EV charging demand of 12 chargers at 9.6 kilowatts each, or 115 kilowatts. Against a typical existing multifamily service entrance of 200 to 400 amps at 240 volts — which represents 48 to 96 kilowatts of total capacity — the math stops working before you account for any other electrical load in the building.

This is the fundamental infrastructure problem facing multifamily EV charging in Los Angeles: the existing electrical service was not sized for EV loads, and EV loads are large enough to overwhelm the existing service in a fully penetrated scenario.

The solution is not simply to upgrade the service entrance to a larger size — though that is often part of the solution. It is to design the EV charging infrastructure as a managed electrical system, with a load management controller that monitors total building electrical demand and allocates available charging capacity across active chargers dynamically. Load-managed EV charging allows a 200-amp service to support 12 chargers — because the controller ensures that the total simultaneous draw never exceeds the service capacity, by reducing the charge rate of active chargers when total building demand is high.

Designing that system requires electrical engineering. It requires load analysis of the existing building electrical demand profile. It requires controller selection and programming that accounts for the specific charger hardware, the service capacity, and the anticipated usage patterns. And it requires a permit submission to LADBS that documents the system design — because a load-managed EV charging system is a designed electrical system, not a collection of individual charger installations.

The Panel Assessment: What Has to Happen Before a Single Charger Is Mounted

Every EV charging project in a Los Angeles residential or multifamily building should begin with a comprehensive electrical panel and service assessment. This is not a sales step or a formality. It is the engineering work that determines what EV charging infrastructure is possible, what it will cost, and what upgrades are required to support it safely and legally.

The assessment covers several interconnected elements:

Service entrance capacity — The total amperage of the service entrance — the connection between the LADWP utility and the building's electrical system — is the hard ceiling on total electrical demand. A 200-amp service at 240 volts provides 48 kilowatts of capacity. A 400-amp service provides 96 kilowatts. A 600-amp service provides 144 kilowatts. The assessment identifies the existing service entrance capacity and compares it to the existing electrical demand plus the proposed EV charging load to determine whether a service upgrade is required.

Panel condition and capacity — The main distribution panel or panels serving the building must have available capacity — both in terms of rated amperage and in terms of available breaker positions — to support the new EV charging circuits. An older panel with all breaker positions occupied, or a panel that has been derated due to age or condition, cannot simply receive new circuits without modification. The assessment identifies the panel condition and available capacity.

Feeder conductor condition — The conductors between the service entrance and the panel, and between the panel and the locations where chargers will be installed, must be sized for the EV charging loads. Undersized feeders are a safety issue and a code compliance issue — not just a performance issue.

LADWP transformer capacity — This is the assessment step that surprises most property owners, because it involves LADWP's infrastructure rather than the building's. LADWP's transformer serving your address has a rated capacity that limits the total electrical demand of all buildings it serves. If a significant service upgrade — adding 200 amps of EV charging capacity to a building currently drawing 200 amps — would exceed the transformer's available capacity, LADWP must upgrade the transformer before the building upgrade can be completed. This assessment requires a LADWP pre-application consultation, and it should happen before the electrical upgrade scope is finalized.

Parking configuration and conduit routing — The physical path from the panel to the EV charger locations must be assessed for conduit routing feasibility. In a multifamily parking structure, the conduit run from the electrical room to individual parking spaces may require penetrations through fire-rated assemblies, navigation around structural elements, or surface-mounted conduit that affects the aesthetics and security of the parking area. The routing assessment determines the most efficient and code-compliant path for each charger circuit.

California's EV Charging Requirements — What the Law Currently Mandates

Los Angeles property owners are not just responding to market demand for EV charging. In many cases, they are responding to legal requirements that make EV charging infrastructure mandatory in specific construction and renovation contexts.

California Title 24's EV charging requirements — updated in the 2022 code cycle and currently enforced by LADBS — mandate EV charging infrastructure in new residential and multifamily construction, and in certain renovation contexts where a building permit triggers EV-ready or EV-capable requirements.

The specific requirements depend on the project type and scope:

New single-family construction requires EV-capable infrastructure — a dedicated 208/240-volt branch circuit in the garage — as a baseline. Some local amendments require full EVSE installation rather than just conduit and wiring.

New multifamily construction requires a percentage of parking spaces to be EV-capable, EV-ready, or EVSE-installed, depending on the total number of parking spaces and the building type. The percentages have increased in each code update and continue to increase in the 2025 cycle.

Renovation projects that involve electrical panel upgrades — which includes soft-story retrofits, ADU additions, and significant remodels — may trigger EV-ready requirements for the parking spaces serving the renovated building. This is the provision that most surprises property owners who are initiating panel upgrades for other reasons: the panel upgrade itself can trigger an obligation to provide EV infrastructure in the associated parking.

SKS identifies applicable EV charging requirements at the beginning of every project that involves electrical work — not as a change order discovery after the permit is in plan check. Understanding the EV obligations that flow from a given project scope allows the property owner to make informed decisions about the project budget and to integrate the EV infrastructure into the electrical design from the beginning, rather than treating it as an afterthought.

The LADWP Coordination Nobody Plans For

We have covered LADWP coordination in the context of electrical service upgrades and ADU permitting, and it is worth addressing again here specifically in the EV charging context — because the LADWP coordination failure is the single most common source of EV charging project delays in Los Angeles.

The pattern is predictable: a property owner contracts with an EV charging installer, the installer submits an LADBS permit for the charger circuits, the permit is issued, the charger hardware is installed, and the system is ready to energize. Then the call to LADWP reveals that the upgraded service entrance — which the EV charging system requires to operate — needs a transformer upgrade that will take four to six months.

The chargers are mounted on the wall. They are permitted. They are fully installed. And they cannot be turned on because the utility has not energized the service upgrade that supports them.

This sequence is not a LADWP failure. It is a project management failure — specifically, the failure to initiate LADWP coordination early enough to identify transformer requirements and sequence the utility work in parallel with the building work rather than after it.

SKS initiates LADWP pre-application consultation at project inception on every electrical upgrade project that involves a service entrance change. For EV charging projects that require a service upgrade, we identify the transformer capacity situation before the project is scoped and priced — so the LADWP timeline is a known variable in the project schedule, not a surprise after the chargers are already on the wall.

Load-Managed EV Charging: The Engineering Solution for Multifamily Buildings

For multifamily property owners who want to provide EV charging to all or most tenants without upgrading to a service entrance large enough to handle simultaneous full-rate charging across all spaces, load management is the engineering solution.

A load-managed EV charging system consists of networked chargers — EVSE units that communicate with a central controller — and a load management controller that monitors the building's total electrical demand and allocates available charging capacity across active chargers in real time.

When the building's total electrical demand is low — typically late at night, when tenants are sleeping and major appliances are idle — the controller allocates maximum charging capacity to active chargers. Each EV charges at close to its full rated rate. When building demand rises — during morning peak hours, when HVAC, laundry, and kitchen loads are high — the controller reduces the charge rate of active chargers proportionally, keeping the total building demand within the service capacity.

The tenant experience is that the car is charged by morning — regardless of when during the night the controller allocated the charging capacity. The building's service entrance is never overloaded. And the cost of the service upgrade is sized for the managed peak demand, not the theoretical simultaneous maximum demand — which is significantly lower and therefore significantly less expensive to achieve.

The design of a load-managed system requires several engineering decisions: the selection of networked charger hardware compatible with the chosen controller platform, the sizing of the controller for the number of active chargers and the service capacity, the integration of the controller with the building's metering infrastructure, and the programming of the load management algorithm for the specific usage patterns of the building.

This is electrical engineering work, not charger installation work. It requires an LADBS permit with load calculations that document the managed demand profile. And it requires a firm with both the engineering capability to design the system and the electrical contracting capability to install it under a coordinated permit — not a charger installer who subcontracts to an electrician who has never designed a load management system.

The LADBS Permit Process for EV Charging — What Most Installers Skip

EV charger installation in Los Angeles requires a building permit from LADBS for any installation that involves a new dedicated circuit — which is every Level 2 charger installation. The permit is not optional. It is required by the California Electrical Code, adopted in Los Angeles by reference, and enforced by LADBS.

An unpermitted EV charger installation is not just a code violation. It is a condition that creates insurance exposure — your property insurance may not cover a fire or electrical fault traced to an unpermitted charger installation — and a title issue if discovered during a property sale.

Many EV charger installers do not pull permits. They mount the hardware, make the electrical connection, and leave. The homeowner or property owner assumes the installation is legal because a licensed contractor did the work. The permit is a separate obligation that the installer did not fulfill — and that the owner now carries as an unpermitted condition.

SKS pulls LADBS permits for every EV charging installation we perform. Every installation is inspected at rough and final stages. Every permit is finaled before we consider the project complete.

What SKS Brings to EV Charging Projects in Los Angeles

SKS Construction handles EV charging infrastructure as an integrated electrical engineering and construction project — not as a charger installation with an electrical hookup. Our in-house team manages the panel assessment, the LADWP pre-application coordination, the load management system design, the LADBS permit, and the complete installation under one fixed-price contract.

For single-family homeowners, we deliver a permitted, inspected, fully operational Level 2 charging solution sized for the existing or upgraded panel capacity — with LADWP coordination completed before the charger goes on the wall.

For multifamily property owners with 4 to 50-plus units, we deliver a load-managed EV charging system designed for the building's specific service capacity, parking configuration, and tenant usage profile — engineered to support full EV charging penetration without requiring a service upgrade sized for simultaneous worst-case demand.

Thirty-nine years of electrical service work in Los Angeles. Direct panel supply relationships. In-house licensed structural and electrical engineering. Fixed-price bids with no subject-to-change clauses. Direct owner access to Shahab and Sam Shaolian on every project.

The charger on the wall is the easy part. We handle everything behind it.

Get a FREE EV Charging Infrastructure Assessment

SKS Construction offers FREE EV charging infrastructure assessments for property owners and managers across Los Angeles County — single-family, multifamily, and mixed-use. Our team will evaluate your existing panel and service capacity, identify any LADWP coordination requirements, assess the applicable California Title 24 EV obligations for your property, and provide a fixed-price proposal for a complete, permitted EV charging installation.

If you're planning an ADU, a panel upgrade, a soft-story retrofit, or any other electrical project — ask us about integrating EV charging infrastructure at the same time. The coordination savings are significant, and the LADWP queue is the same either way.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE EV charging assessment today.

The conventional ADU playbook says: convert the garage or build a detached unit in the backyard. For the thousands of LA property owners whose lots don't accommodate either option — because the garage is already living space, because the rear yard is too small, because setback requirements eliminate the buildable footprint, because the lot is simply too narrow to place a freestanding structure without violating coverage limits — the conventional answer is that an ADU isn't feasible.

That answer is wrong. It is wrong because it is thinking horizontally — about ground coverage, about footprint, about the two-dimensional plane of the lot. The correct answer, for a constrained LA lot, is to think vertically.

A vertical ADU — a second dwelling unit constructed above an existing structure, whether that is the primary residence, a garage, or another accessory structure — uses the one dimension that most small-lot owners haven't fully considered: height. It adds density without adding footprint. It generates rental income or sale value without consuming the outdoor space that makes the primary residence livable. And in Los Angeles, under the current ADU regulatory framework, it is more permissible, more achievable, and more financially compelling than most owners realize.

Here is what a vertical ADU actually involves — structurally, architecturally, and from a permitting standpoint — and why it may be the only ADU that works on your lot.

What a Vertical ADU Actually Is — And What It Isn't

A vertical ADU is a self-contained dwelling unit constructed above an existing structure on the same parcel. The most common configurations are:

A dwelling unit constructed above an existing attached or detached garage — the garage-top ADU that is one of the most prevalent vertical ADU types in Los Angeles. The garage provides the structural platform. The ADU occupies the space above it, accessed by an exterior staircase.

A second story addition above a single-story primary residence — where the new floor is designed as a separate, self-contained dwelling unit with its own entrance, kitchen, and bathroom, rather than as additional living space integrated into the primary home. In some configurations, this is an attached ADU with a separate exterior entrance; in others, the second story is fully separated by a fire-rated floor-ceiling assembly with entirely independent circulation.

A third-story or mezzanine addition above an existing two-story structure — less common, but applicable to situations where local height limits permit additional stories and where the existing structure's foundations can be engineered to support the additional load.

What a vertical ADU is not: a simple room addition, a loft conversion, or an interior space that lacks the code-required elements of an independent dwelling unit — a full kitchen with a cooking appliance, a bathroom, a separate entrance that doesn't require passage through the primary dwelling, and minimum habitability standards for ceiling height, natural light, and ventilation.

The "separate entrance" requirement is the design element that most often requires creative resolution in vertical ADU projects. An exterior staircase — typically steel, wood, or concrete, mounted to the exterior of the building — is the standard solution for garage-top ADUs. For second-story ADUs above a primary residence, the entrance configuration depends on the site geometry and the relationship between the existing building's exterior and the public or shared access path.

Why Small Lots in LA Are Better Suited for Vertical ADUs Than Most Owners Think

The regulatory environment for ADU construction in California has been progressively liberalized since 2017, and the current framework — shaped by AB 2221, SB 897, and local LADBS implementation — is significantly more permissive on vertical ADU construction than the regulations that most owners' intuitions are based on.

Several provisions of the current framework are particularly favorable to vertical ADU development on constrained lots:

Height allowances — California law now allows ADUs to be constructed up to 16 feet in height as of right — meaning without discretionary approval, variances, or neighbor notifications. In multifamily zones and near transit, the allowance extends to 18 or even 25 feet depending on the specific regulatory context. For a garage-top ADU, 16 feet of total structure height — the garage height plus the ADU floor-to-ceiling height — is typically sufficient to produce an ADU with 8-foot or higher finished ceilings, which is a habitable and marketable living environment.

Setback provisions — Vertical ADUs above existing structures inherit the setback of the existing structure. If your garage sits four feet from the rear property line — a setback that would prohibit a new detached ADU in that location — a vertical ADU constructed above that garage is permitted at the same four-foot setback, because it is an addition to an existing structure rather than a new structure. This provision is the specific regulatory mechanism that makes vertical ADUs the solution for lots where a ground-level detached ADU cannot meet the required setbacks.

Lot coverage exemptions — ADUs up to 800 square feet are exempt from lot coverage limits under California ADU law. A small lot with a lot coverage limit of 40% that is already fully covered by the primary residence and garage can accommodate a vertical ADU above the garage without a variance, because the 800-square-foot exemption applies regardless of whether the existing coverage is at or near the limit.

Owner-occupancy requirements — California law prohibits local agencies from imposing owner-occupancy requirements on ADU projects permitted between January 1, 2020, and January 1, 2025. The current status of this provision depends on the specific jurisdiction and any subsequent local ordinance updates — owners should confirm the current owner-occupancy requirements in their specific city before proceeding.

The Structural Reality — What Building Up Actually Requires

This is where vertical ADU projects diverge most significantly from the garage conversion or detached ADU projects that most LA property owners are more familiar with — and where in-house engineering becomes the critical differentiator between a project that moves and one that stalls.

A vertical ADU is a structural addition. It imposes new loads on an existing structure that was designed for a different load condition. The existing structure — whether it is a wood-frame garage, a masonry garage, or the roof structure of the primary residence — must be assessed and in most cases upgraded to support the weight of the new story above it.

The structural assessment for a vertical ADU involves several distinct engineering evaluations:

Foundation capacity — The existing footings and foundation system under the structure being built above must be assessed for their capacity to carry the additional load of the new story. A typical residential garage footing — sized to carry the weight of a wood-frame roof and wall assembly — is not automatically adequate to carry the weight of a habitable floor system, the ADU's wall framing, a new roof, and the live loads of occupancy above. In many cases, the existing footings require enlargement, supplementation, or replacement — and this foundation work is the most significant cost variable in a vertical ADU project, because it is underground, it depends on soil conditions, and it cannot be fully scoped without geotechnical investigation.

Vertical load path — The existing wall framing of the structure being built above must be capable of carrying the additional load from the new story down to the foundation. Wood-frame garage walls that were designed as non-structural infill panels may not have the stud size, the connection hardware, or the bearing details to function as load-bearing elements under the new story. The structural upgrade of the existing wall system — sometimes involving new posts, new beams, and new connection hardware — is a significant component of the vertical ADU structural scope.

Lateral load resistance — Adding a story to an existing structure changes its seismic behavior. The taller, heavier structure is subject to greater seismic demand than the original single-story structure, and the lateral system of the existing structure — its shear walls, its hold-downs, its diaphragm connections — must be upgraded to resist the increased seismic loading. This is the structural work that is most frequently underscoped by contractors who lack in-house engineering capability, because it requires dynamic analysis of the new structural configuration, not just a static check of the existing elements.

Floor diaphragm design — The floor system of the new ADU — the structural assembly that both serves as the floor of the ADU above and the ceiling of the garage or primary residence below — must be engineered as a structural diaphragm, capable of collecting and distributing the seismic forces from the new story to the lateral system below. The design of this diaphragm, including its connection to the existing wall system and its continuity across the building footprint, is a specific engineering task that determines both the structural performance and the constructability of the project.

None of this structural scope is visible in the finished building. The reinforced footings are underground. The upgraded wall framing is behind drywall. The diaphragm connections are inside the floor assembly. But this invisible work is the foundation — literally — of a vertical ADU project that performs structurally, passes city inspection, and protects both the ADU occupants above and the garage or living space below.

The Architectural Design Challenge — Making Small Spaces Live Large

Vertical ADUs on small lots are, by definition, compact. The garage footprint that becomes the ADU platform is typically 400 to 600 square feet — the standard two-car or one-car garage dimensions that dominate LA's residential stock. Designing a self-contained, habitable, and marketable dwelling unit within that footprint requires architectural thinking that goes well beyond floor plan layout.

The design elements that determine whether a compact vertical ADU feels spacious or constrained:

Ceiling height — The regulatory minimum ceiling height for habitable space is 7 feet 6 inches in most California jurisdictions. The difference between a 7-foot-6-inch ceiling and a 9-foot ceiling in a 500-square-foot unit is significant — not in square footage, but in perceived volume and livability. Vertical ADU designs that maximize ceiling height — by optimizing the relationship between the structural floor assembly thickness, the finished floor height, and the allowable total building height — produce substantially more marketable units than designs that treat height as a residual.

Natural light — A compact unit with generous natural light reads as significantly larger than a larger unit with limited window area. Vertical ADUs, because they are elevated above the surrounding lot, have a structural advantage in natural light access that ground-level units — hemmed in by fences, adjacent structures, and grade changes — do not. Clerestory windows, skylights, and full-height glazing on the exterior faces of the ADU can produce light levels in a 450-square-foot unit that compete favorably with a 700-square-foot ground-level unit with smaller windows.

Outdoor space — A rooftop deck above the ADU, or a deck cantilevered from the ADU's exterior, adds usable outdoor space that compensates for the compact interior. On a small lot where ground-level outdoor space is scarce, a private rooftop deck accessible only from the ADU is a significant amenity — and one that is frequently feasible to add at modest cost when it is integrated into the original design rather than treated as a future addition.

Circulation efficiency — In a small unit, circulation area — hallways, entry sequences, passages — consumes usable floor area without providing livable space. Vertical ADU designs that minimize dedicated circulation in favor of open-plan layouts with defined functional zones produce more livable units per square foot than designs that impose conventional room-by-room organization on a footprint that doesn't support it.

The Permitting Process for Vertical ADUs — What Makes It Different

A vertical ADU permit is not the same as a detached ADU permit. The structural complexity of adding a story to an existing structure — and the engineering documentation that complexity requires — means the plan check process is more demanding, and the submittal package must be more comprehensive.

The LADBS plan check for a vertical ADU will review the structural calculations for the foundation upgrade, the wall framing upgrade, the lateral system upgrade, and the new floor diaphragm. It will review the energy compliance (Title 24) for the new conditioned space. It will review the egress and accessibility provisions of the exterior staircase. And it will review the fire-rated assembly between the ADU floor and the garage or living space below — a one-hour fire-rated floor-ceiling assembly is required between an ADU and a garage below it.

The coordination between architectural design and structural engineering in the plan check submittal is the primary determinant of how many correction cycles the permit requires. A discoordinated submittal — where the architectural drawings show one structural configuration and the engineering calculations assume another — generates correction letters that can add months to the permitting timeline.

SKS's in-house architectural and engineering team produces coordinated submittals — because the same team is responsible for both the design and the structural calculations, working from the same model. Our vertical ADU submittals are complete, coordinated packages that move through LADBS plan check efficiently.

The Financial Case for a Vertical ADU on a Small Lot

For property owners who have concluded that their lot can't accommodate an ADU, the vertical ADU calculation is worth running before accepting that conclusion.

A garage-top ADU in a well-located Los Angeles neighborhood — Silver Lake, Echo Park, Highland Park, Culver City, Mar Vista — can generate $2,500 to $3,500 per month in rental income, depending on size, finish quality, and specific location. At $3,000 per month, the gross annual rental income is $36,000. At a 5% cap rate, the income capitalization value of that income stream is $720,000.

Under the AB 1033 framework — where the ADU can be sold as a separate condominium — the same unit may command a purchase price in the comparable condominium market that exceeds the income capitalization value, particularly in submarkets where entry-level ownership demand is strong and inventory is constrained.

The all-in development cost for a garage-top vertical ADU in Los Angeles — including structural upgrades, architectural design, engineering, permitting, and construction — typically ranges from $250,000 to $400,000 depending on the size of the unit, the condition of the existing garage structure, and the extent of foundation work required. Against the value creation of $700,000 to $900,000 or more, the return on cost is substantial — even on a lot that a conventional ADU analysis would have dismissed as infeasible.

The lot that "can't accommodate an ADU" may be the lot with the best vertical ADU economics — because the constraint that eliminates the ground-level competition also eliminates the supply that would otherwise moderate rents or sale values.

Why SKS Is the Right Firm for Vertical ADU Projects

Vertical ADUs are not the projects that every design-build firm in Los Angeles is equipped to handle. The structural complexity — foundation assessment, vertical load path analysis, lateral system upgrade, diaphragm design — requires in-house engineering capability that most general contractors and many design-build firms don't have. And the permitting complexity — the coordinated structural and architectural submittal, the Title 24 energy compliance for the new conditioned space, the fire-rated assembly documentation — requires LADBS experience that comes from volume, not from occasional ADU projects.

SKS Construction has been building ADUs, additions, and structural upgrades in Los Angeles since 1987. Our in-house licensed structural engineer has designed vertical additions on every configuration of existing structure that LA's residential stock presents — wood-frame garages, masonry garages, single-story residences, sloped-lot structures with split-level foundations. We know where the structural complexity concentrates, how to scope it accurately at the beginning of the project, and how to build it efficiently without the change orders that structural surprises generate on projects that weren't properly engineered at the design stage.

Fixed-price bids. No subject-to-change clauses. Direct owner access to Shahab and Sam Shaolian. 39 years. 3,000-plus completed projects. 80% repeat clients. One firm that has been building vertical in Los Angeles long enough to know every way it can go right — and every way it can go wrong.

Get a FREE Vertical ADU Feasibility Assessment

SKS Construction offers FREE vertical ADU feasibility consultations for property owners across Los Angeles County. Our team will assess your existing structure's capacity for a vertical addition, evaluate your lot's regulatory context under the current ADU framework, identify any foundation or structural upgrade requirements, and provide a fixed-price design-build proposal for a vertical ADU that works within your specific constraints.

If you've been told your lot can't accommodate an ADU — or if you've assumed it can't — this conversation is worth having before you accept that conclusion.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE vertical ADU feasibility assessment today.

The lot isn't too small. It's thinking too flat. Let's build up.

AB 1033 changed that.

Signed into law in October 2023 and effective January 1, 2024, AB 1033 allows California cities that opt into the program to permit ADUs to be sold as separate condominiums — independently of the primary dwelling, on their own title, to a separate buyer. The ADU becomes its own real property interest. It can be financed separately, sold separately, and owned separately from the house next to it.

For property owners in Los Angeles who have built — or are planning to build — an ADU, this is not a minor regulatory update. It is a fundamental change in the investment calculus of ADU development. The unit that was previously a rental income asset is now potentially a saleable asset with its own market value, its own buyer pool, and its own exit timeline.

Most property owners don't know this law exists. Most of the ones who do don't understand what it actually requires to execute. And almost none of them have talked to a design-build firm that understands both the construction requirements and the legal framework well enough to build toward an AB 1033 sale from the beginning of the project.

Here is what AB 1033 actually does, what it requires, and what building toward an AB 1033 exit actually looks like on the ground in Los Angeles.

What AB 1033 Actually Says — The Legislation in Plain Language

AB 1033 amended California Government Code Section 65852.2 — the primary ADU statute — to explicitly authorize the separate conveyance of ADUs as condominiums. Prior to AB 1033, the legal framework for ADU development was silent on separate conveyance, and the default rule under California property law was that structures on a single parcel could not be separately conveyed without a subdivision — a process that was practically and economically prohibitive for the scale of a typical ADU project.

AB 1033 creates a specific exception to that default rule. An ADU that meets the requirements of the bill — and that is located in a jurisdiction that has adopted an implementing ordinance — can be sold as a condominium interest under California's Common Interest Development Act, with all of the legal infrastructure that condominium ownership entails: separate title, separate financing, shared property rights in the common areas, and a governing structure for the relationship between the ADU owner and the primary residence owner.

The key phrase in that summary is "jurisdiction that has adopted an implementing ordinance." AB 1033 is an opt-in framework. Cities and counties must affirmatively adopt a local ordinance implementing the AB 1033 program before property owners in that jurisdiction can use it. The state law creates the authority. The local ordinance activates it.

As of 2025, Los Angeles is in the process of implementing its AB 1033 ordinance — the city's size, political complexity, and the breadth of its existing ADU program have made implementation a deliberate process rather than an immediate one. Property owners in LA should confirm current implementation status with LADBS or a qualified land use attorney before proceeding with an AB 1033 sale strategy. Several smaller jurisdictions in the LA metropolitan area have moved faster on implementation.

Why This Changes the ADU Investment Equation Entirely

To understand why AB 1033 matters, it helps to understand the prior constraint it removes — and what that constraint was actually costing ADU developers.

Under the pre-AB 1033 framework, an ADU was valued as a rental income asset. Its contribution to property value was measured by capitalization of the rental income it generated — typically by applying the prevailing cap rate for the local multifamily market to the net operating income of the ADU. For a detached ADU in West Los Angeles generating $3,000 per month in rent, with prevailing cap rates in the 4% to 5% range, the income capitalization value was approximately $720,000 to $900,000 at the gross rent level.

That is the ADU's contribution to the value of the overall property. It is not the ADU's value as a separately saleable asset — because under the prior framework, there was no separately saleable asset. The $720,000 to $900,000 of ADU value was accessible only through a sale of the entire property, in competition with every other factor that affects the whole-property valuation.

Under the AB 1033 framework, the same ADU — as a separate condominium unit with its own title — is valued as a residential real estate asset in its own right. In West Los Angeles, a new, permitted, detached one-bedroom condominium unit in a well-located lot commands a purchase price that reflects the comparable condominium market — not just the income capitalization of its rental potential. In many LA submarkets, that comparison produces a significantly higher realized value than the income capitalization approach.

The difference is liquidity and comparables. A separately saleable ADU competes in the for-sale residential market — a market with a buyer pool of owner-occupants, investors, and first-time buyers who will pay a price per square foot that reflects the scarcity of affordable entry-level ownership in LA. A rental ADU competes in the income property market — a market where buyers apply cap rates that reflect risk-adjusted return requirements rather than emotional attachment to homeownership.

For many property owners, the AB 1033 exit produces more realized value than a lifetime of rental income — and it produces it immediately, as a lump sum, rather than over decades of property management.

The Condominium Structure — What AB 1033 Actually Creates

The legal structure that AB 1033 creates when an ADU is separately conveyed is a two-unit condominium project — with all of the legal infrastructure that entails.

The primary residence and the ADU become two separate condominium units within a common interest development. The lot — the land they both sit on — becomes common area, owned proportionally by the two unit owners as tenants in common. A governing declaration — a CC&Rs document — establishes the rights, obligations, and governance structure of the relationship between the two owners.

This legal structure has specific requirements that are established at the time of the condominium subdivision — not after the sale — and that have direct implications for how the ADU must be designed and built if the property owner intends to pursue an AB 1033 sale.

Separate utility services are typically required — or at minimum, clearly delineated — for separately conveyed condominium units. An ADU that shares a single utility meter with the primary residence is not effectively separable for ownership purposes, because the utility billing relationship creates an ongoing financial entanglement between the two owners. ADUs built toward an AB 1033 exit should have separate gas, electric, and water meters — which affects the design and construction scope from the beginning of the project.

Defined exclusive use areas must be established in the governing declaration — the outdoor space, the parking, the storage, and the access pathways that each unit owner has exclusive use of, as distinct from the common areas that both owners share. For lots where the ADU and primary residence are in close proximity, this definition requires careful site planning and design — and it is much easier to establish when the physical layout of the site reflects the intended ownership structure than when it is retrofitted onto a site designed without separation in mind.

HOA governance — even in its minimal form for a two-unit development — requires the preparation and recording of CC&Rs, bylaws, and a condominium plan. These documents are prepared by a real estate attorney with condominium subdivision expertise, and they govern the ongoing relationship between the two-unit owners for as long as both units exist in their current configuration.

The condominium subdivision process — from the initial site plan through the recorded condominium plan — is a separate legal and mapping process that runs parallel to the LADBS permitting process for the ADU construction itself. It requires a licensed civil engineer or land surveyor to prepare the condominium plan, a title company to process the subdivision, and a real estate attorney to prepare the governing documents.

What Building Toward an AB 1033 Exit Actually Looks Like

The property owners who will realize the most value from AB 1033 are not the ones who build an ADU for rental purposes and then try to convert it to a condominium after the fact. They are the ones who identify the AB 1033 exit strategy at the beginning of the project and build the ADU specifically to support it.

The design and construction decisions that support an AB 1033 exit are different from the decisions that support a rental ADU — and making them at the design stage costs a fraction of what retrofitting them costs after construction.

Separate utility infrastructure is the most significant construction-level decision. Establishing separate electrical service, gas service, and water metering for the ADU requires coordination with LADWP and the relevant utility providers from the beginning of the project. It affects the service entrance sizing, the underground utility runs, and the panel configuration. Retrofitting separate meters onto a completed ADU that shares utility infrastructure with the primary residence is expensive and disruptive.

Private exterior access is essential for a separately owned unit. An ADU that can only be accessed through common areas that are shared with the primary residence — or worse, through the primary residence itself — is not functionally separable for ownership purposes. The site plan must establish a clear, private, direct access path from the public street or a clearly defined shared access easement to the ADU entry, without passing through the primary residence's exclusive use area.

Sound and fire separation between the ADU and the primary residence — required by code in attached configurations — takes on additional significance in an AB 1033 context. A condominium unit must be a self-contained residential environment, and the physical separation between adjacent units is both a code requirement and a quality-of-life factor that affects the ADU's market value as a separately owned residence.

Parking provision — even where not required by current ADU parking regulations, which are quite permissive under California's ADU reform legislation — becomes relevant when the ADU is a separately owned unit whose owner has no guaranteed access to the primary lot's parking. The CC&Rs can establish parking rights and responsibilities, but a site plan that physically provides dedicated parking for the ADU unit produces a more marketable and more easily governable ownership structure.

The Financing Question — How AB 1033 Units Are Purchased

One of the practical questions that property owners considering an AB 1033 sale face is how a buyer of the ADU condominium unit will finance the purchase. This is a legitimate concern, because the financing market for AB 1033 units is newer and less standardized than the financing market for traditional condominium sales.

Conventional conforming mortgage financing — Fannie Mae and Freddie Mac backed loans — has specific project approval requirements for condominium projects. A two-unit condominium created under AB 1033 is a novel project type, and the conforming loan guidelines around condominium project approval may require updates to fully accommodate the AB 1033 structure. As of 2025, the conforming loan market for AB 1033 units is still developing, and buyers should work with lenders who have specific experience with the AB 1033 condominium structure.

Portfolio lenders — banks and credit unions that hold loans on their own balance sheet rather than selling into the secondary market — have more flexibility in underwriting novel loan structures, and several California-based portfolio lenders have been proactive in developing AB 1033 loan products. Cash buyers are also a significant component of the buyer pool for ADU condominium units, particularly in the price range where AB 1033 units are expected to transact in the LA market.

The financing landscape for AB 1033 units will evolve as the program matures and as Fannie Mae and Freddie Mac update their guidelines to accommodate the new ownership structure. Early sellers in the AB 1033 market may need to work with their real estate brokers to identify buyer-side lenders with AB 1033 experience — but this is a solvable problem, not a fundamental barrier.

What SKS Brings to an AB 1033 ADU Project

SKS Construction has been building ADUs in Los Angeles since before the current wave of ADU reform legislation — which means we have the design-build infrastructure to execute an ADU project that meets the construction, permitting, and utility separation requirements that an AB 1033 exit strategy demands.

Our in-house licensed structural engineer handles the structural design and LADBS permitting for the ADU construction. Our permit team coordinates with LADWP for separate utility service establishment from project inception — not as an afterthought. Our architectural design capability produces ADU layouts that establish clear private access, defined exclusive use areas, and the physical separation between units that supports the condominium governance structure.

We do not practice real estate law or prepare condominium governing documents — that work requires a qualified real estate attorney with condominium subdivision expertise, and we refer clients to attorneys who specialize in exactly this area. But we coordinate directly with those attorneys and with the civil engineer preparing the condominium plan to ensure that the physical construction of the ADU aligns with the legal structure being created.

The result is an ADU that is built toward the exit from the beginning — not retrofitted for a sale strategy that wasn't anticipated when the project was designed.

Thirty-nine years. Over 3,000 completed projects. 80% repeat clients. Fixed-price bids with no subject-to-change clauses. Direct owner access to Shahab and Sam Shaolian on every project.

Get a FREE AB 1033 ADU Feasibility Consultation

SKS Construction offers FREE ADU feasibility consultations for property owners across Los Angeles County who are considering an AB 1033 ADU development — whether as a new construction project or as an evaluation of an existing ADU's separability potential.

Our team will assess your lot configuration, evaluate the utility separation requirements, identify any site planning considerations that affect the AB 1033 structure, and provide a fixed-price design-build proposal for an ADU built toward your specific exit strategy.

This is the ADU conversation that most firms in LA are not equipped to have. We are.

Call (818) 855-1181 or email info@sksconstruction.com to schedule your FREE AB 1033 ADU consultation today.

The law changed. The opportunity is real. The window to build ahead of the market — before every property owner in LA understands what AB 1033 makes possible — is open right now.