Your HOA Board Is Gambling with Your Life Savings—and Maybe Your Life
OPINION / INFRASTRUCTURE
Your HOA Board Is Gambling with Your Life Savings—and Maybe Your Life
The Concrete Beneath Your Building Is Failing. Your Board Doesn’t Understand Why. And Their Ignorance Is About to Cost You Everything.
Drawn from Cracking Under Pressure: The Hidden Crisis in America’s Parking Structures
Let’s start with a number that should keep every HOA board member in America awake tonight: $18,000.
That is the per-unit special assessment that residents of Ocean View Condominiums in Florida were hit with after their board delayed $400,000 in concrete repairs for three years to avoid raising HOA fees. By the time emergency structural work became unavoidable, the cost had tripled to $1.2 million. Twenty-three units went into foreclosure. The community spiraled into a financial crisis that took years to resolve.
And Ocean View got lucky. Nobody died.
At Champlain Towers South in Surfside, a condo board sat on a structural engineer’s report identifying “major structural damage” and a $15 million repair estimate for three years. The board deliberated. They sought second opinions. They treated a structural emergency like a routine capital decision. At 1:22 a.m. on June 24, 2021, the building collapsed. Ninety-eight people were killed. The total losses exceeded $1.2 billion—the largest construction disaster settlement in American history.
A preventive maintenance program implemented during the building’s early years would have cost $2 to $3 million.
A Pattern, Not an Accident
This is not a story about bad luck or freak engineering failures. It is a story about a pattern of willful ignorance, fiscal cowardice, and institutional incompetence that is replicated on HOA boards across the United States every single day. And the book Cracking Under Pressure, written by a structural concrete specialist with twenty years of field experience, lays out the evidence in terms that leave no room for the excuses boards have been hiding behind.
The Knowledge Gap That Kills
Here is the uncomfortable truth the book forces into the open: the people making life-and-death decisions about your building’s structural integrity are volunteers. These are not engineers. Not construction professionals. Not people trained in risk assessment. They are your neighbors—retirees, accountants, schoolteachers, small business owners—thrust into governance roles that require them to evaluate complex structural engineering reports, weigh multimillion-dollar repair estimates, and make decisions with direct consequences for human safety.
Most of them have no idea what they’re looking at.
The book describes a psychological disconnect that drives almost every failed HOA maintenance decision. Board members can see lobby furniture. They can touch new landscaping. They understand a fresh coat of paint. These are tangible, visible improvements that feel like responsible stewardship. A $200,000 concrete spalling repair, by contrast, is invisible. The work happens in a parking garage nobody wants to visit. The results are structural integrity that nobody can see. And the alternative—doing nothing—produces no immediate visible consequence.
So boards approve $15,000 for lobby furniture and reject $200,000 for structural repairs that would prevent $2 million in emergency reconstruction. They are not being malicious. They are being ignorant. And in the world of concrete chemistry, ignorance has the same outcome as malice.
The Exponential Curve Your Board Doesn’t See
The author puts it in terms every homeowner should understand: concrete deterioration does not follow a linear curve. It follows an exponential one. A $50,000 crack-injection and surface treatment in the early stages keeps a garage structurally sound for years. Delay that work, and corrosion begins. Corroding steel expands to seven times its original volume. Internal pressures exceed 2,000 psi against concrete that can withstand only 400 to 500 psi in tension. The concrete fractures from within. Cracks widen. Water penetrates deeper. Corrosion accelerates. What was a $50,000 maintenance item becomes a $500,000 structural repair. Then a $2 million reconstruction. Then a condemned building.
The dentistry analogy used in the book is exactly right: fill a cavity early and the tooth survives. Delay, and you’re looking at a root canal. Delay further, and you lose the tooth entirely. Except this tooth is your home. Your equity. Your family’s safety.
The Fiscal Catastrophe
If the safety argument does not reach your board, perhaps the financial one will. Because the economics of deferred maintenance in 2025 are no longer forgiving. They are punitive.
The era of cheap money that allowed boards to kick the can down the road is over. Commercial and construction financing now runs 8 to 11 percent. Emergency repair loans—the kind your board will need when the parking garage ceiling collapses—cost 10 to 15 percent. Borrowing $1 million for emergency concrete work now costs $80,000 to $150,000 per year in interest alone. That is money that could have funded decades of preventive maintenance.
But the lending environment is only the beginning. Banks now require comprehensive structural assessments for any building over twenty-five years old before approving financing. They require proof of ongoing preventive maintenance programs. They require reserve funds of six to twelve months of maintenance costs held in escrow. HOA communities that have neglected their structures are discovering they are locked out of financing entirely.
The insurance market has become even more brutal. Following Surfside, carriers across the industry restructured their approach to concrete structural risk. Most policies now exclude coverage for “gradual deterioration” and “maintenance-related failures.” Structural assessments are required for renewal on buildings over thirty years old. Premium increases of 50 to 300 percent are routine for buildings without maintenance documentation. In many cases, coverage has become unavailable at any price.
Read that again: unavailable at any price.
When the Insurer Agrees—and Still Denies Your Claim
The book recounts a case from the author’s own practice that should terrify every HOA board in the country. His company was hired to investigate a parking garage failure in a Los Angeles-area condominium where a large section of delaminated concrete fell through the windshield of a homeowner’s car overnight. Repair estimates exceeded $1 million. An insurance claim was filed. The insurance company brought in its own engineers, agreed with the diagnosis and repair methods, and then denied the claim—ruling it the result of neglect and lack of maintenance. Litigation dragged on for years. The HOA lost. Meanwhile, the Los Angeles Building Department yellow-tagged the building. Half the homeowners were forced to move out. Property values collapsed. Mortgage lenders refused to finance unit sales. Owners who wanted to abandon the project couldn’t find buyers.
That is what fiscal “responsibility” looks like when your board’s definition of saving money is ignoring a structural engineer’s recommendations.
The Special Assessment Death Spiral
The cruelest irony of deferred maintenance is that the boards who delay repairs to “protect” homeowners from financial burden end up inflicting financial devastation orders of magnitude worse than the original repair would have cost.
When emergency repairs become unavoidable, unit owners face special assessments of $10,000 to $30,000 or more. For retirees on fixed incomes—exactly the demographic most likely to resist spending—these assessments are catastrophic. Some cannot pay. Delinquencies mount. Foreclosures follow. Each foreclosure reduces the association’s revenue base, increasing the burden on remaining owners. Property values decline 10 to 30 percent as structural problems become public knowledge. Prospective buyers disappear. Lenders refuse to finance purchases. The community enters a financial death spiral from which recovery takes years—if it comes at all.
Every dollar your board “saves” by deferring concrete maintenance is a dollar that compounds against your community at rates that would make a loan shark blush. The book documents a consistent cost multiplier across geographies and building types: deferred maintenance costs ten to thirty times more than prevention. That is not an opinion. It is the mathematics of concrete chemistry.
The Legal Exposure Your Board Doesn’t Know About
There is one more dimension to this crisis that most HOA boards have not considered, because most HOA boards have never been told: criminal liability.
Courts across the country are increasingly treating concrete deterioration as a public safety issue. Civil liability for deferred maintenance is well established—property values decline, personal injury lawsuits follow falling concrete, and insurance companies deny claims rooted in neglect. But the legal landscape has evolved beyond civil penalties.
Under statutes like California Penal Code Section 192(b), property owners—and that includes HOA board members making governance decisions about structural maintenance—who receive professional engineering reports identifying serious structural hazards and choose to defer repairs can face involuntary manslaughter charges if someone dies. Criminal negligence in concrete cases typically involves receipt of professional warnings, understanding that deterioration poses safety threats, and choosing to defer necessary repairs for financial reasons despite knowing the risks.
The penalties are not theoretical. Involuntary manslaughter is a felony carrying two to four years in state prison, fines up to $10,000, and a permanent criminal record. A criminal conviction also establishes negligence for civil lawsuits, which routinely produce multimillion-dollar damage awards.
After the Ann Street parking garage collapse in New York City in 2023 that killed a 59-year-old garage manager, the city’s Buildings Commissioner declared the tragedy “entirely preventable”—the result of human errors, not engineering failures. The building had documented concrete violations dating to 1957. Decades of maintenance failures. Cracked concrete, corroded steel, exposed reinforcement. All documented. All ignored.
The Paper Trail That Leads to a Felony
If your board has received a structural engineering report recommending concrete repairs and has voted to defer that work, every board member who cast that vote has created a paper trail that a prosecutor can follow directly to a criminal charge if someone is injured or killed.
That is not an alarmist interpretation. That is the current state of the law.
The Question Every Board Must Answer
The author poses a question in the book that deserves to be printed and placed on the table at every HOA board meeting in America: Will we control this process, or will it control us?
The concrete beneath your building is not a static object. It is a chemical system undergoing continuous change. It is either improving through active maintenance or deteriorating through environmental exposure. There is no steady state. No pause button. Every month your board defers assessment and repair, the costs increase, the risks compound, and the options narrow.
The solutions exist. Cathodic protection halts corrosion even after it has started. Protective coatings prevent water infiltration. Chloride extraction removes accumulated salt contamination. Structural monitoring systems provide real-time data on deterioration. None of these are experimental technologies. All are proven. All are available. And all are dramatically less expensive than the emergency reconstruction your board is sleepwalking toward.
But they only work if your board acts before the deterioration curve goes exponential. The intervention window is typically between fifteen and twenty-five years after construction. After that, you are not maintaining a structure. You are rebuilding one.
Three Questions to Ask Tonight
So here is what you should do tonight. Ask your board three questions:
First: When was the last time a licensed structural engineer—not a general inspector, not a property manager, but a qualified structural engineer experienced in concrete deterioration—performed a comprehensive assessment of your building’s concrete? Not a visual walk-through. A real evaluation including chloride testing, corrosion mapping, and delamination surveys.
Second: If an engineering report exists, what did it recommend, and what has the board done about those recommendations? Is there a paper trail showing the board received professional warnings and chose to defer?
Third: What is the current balance of your association’s reserve fund for structural maintenance, and does it reflect the actual projected cost of concrete repairs over the next ten to twenty years based on professional engineering estimates?
The Clock Is Already Running
If your board cannot answer these questions clearly and completely, your community is operating blind. You are trusting volunteers with no structural engineering expertise to make decisions about the chemical and mechanical processes that determine whether your building stands or falls.
The Champlain Towers South condo board had an engineering report sitting on their desk for three years. The information was in their hands. The professional recommendation was on record. Fifteen million dollars in identified repairs could have been phased, financed, and managed. Instead, the board chose to deliberate while the concrete chemistry that would kill 98 of their neighbors continued its relentless, indifferent progression.
Your board is making the same choice right now. The only variable is the timeline.
The concrete does not care about your budget. It does not care about your board’s comfort level. It does not care about the next election cycle or the special assessment that will make homeowners angry. The chemistry proceeds at its own pace, on its own schedule, toward its own conclusion.
The only question is whether your board will act while the math still works in your favor—or wait until it doesn’t.
Cracking Under Pressure: The Hidden Crisis in America’s Parking Structures is available now.
Why Roman Concrete Lasts 2,000 Years
And Your Parking Structure Won't Make It to 50
The Pantheon in Rome was built in 125 AD. Its concrete dome, the largest unreinforced concrete dome in the world, is still intact. Roman harbor structures submerged in saltwater for two millennia are not only standing, but they’re also actually stronger than when they were built.
Meanwhile, the average lifespan of modern concrete is less than 100 years. Underground parking structures? Many start showing serious deterioration in 20 to 30 years. Some don't make it that long.
In April 2023, a parking garage in lower Manhattan collapsed without warning, killing one person and injuring seven. Investigators pointed to decades of deferred maintenance, corroded rebar, and concrete that had been slowly failing out of sight. The building had received violation notices about cracked concrete as far back as 2003—twenty years before it came down.
That structure was 66 years old. The Pantheon is 1,900 years old and still hosts tourists.
What did the Romans know that we've forgotten?
Chemistry Working Against Your Structure
In 2023, MIT researchers finally cracked the code on Roman concrete's durability. The secret was a "hot mixing" process that created small calcium-rich particles throughout the material. When cracks formed and water seeped in, those particles reacted with the moisture to create new calcium carbonate crystals—essentially filling the cracks from the inside.
Roman concrete could heal itself.
Modern concrete does the opposite. When water gets in, things get worse.
Underground parking structures face a particularly brutal version of this problem. Every winter, vehicles track in de-icing salts—chlorides that concrete absorbs like a sponge. Those chlorides migrate through the concrete until they reach the embedded steel reinforcement. Then chemistry turns destructive.
Chlorides break down the passive oxide layer that normally protects rebar from corrosion. Once that barrier is gone, the steel begins to rust. And here's the critical part: rust takes up more volume than the original steel. As the rebar corrodes, it expands—cracking the concrete from the inside out.
This is why parking structure failures are so dangerous. The damage happens invisibly, inside the concrete, until one day a chunk of the ceiling de-laminates and falls onto someone's windshield. Or worse.
The Surfside Warning
On June 24, 2021, the Champlain Towers South condominium in Surfside, Florida, collapsed in the middle of the night. Ninety-eight people died.
The leading theory from federal investigators points to the parking garage beneath the building. Years of water infiltration had corroded the reinforcing steel in the garage's concrete support structures. The pool deck, built on top of the garage, collapsed first—and brought the rest of the building down with it.
The issues had been documented. A 2018 engineering report noted waterproofing failures and concrete deterioration in the garage. Residents had observed standing water and crumbling concrete for years. A repair program had been approved but not yet started.
Surfside wasn't a mystery. It was a warning that went unheeded.
What's Happening Under Your Building Right Now
If you own or manage a building with an underground parking structure, there's a strong chance of deterioration is already underway. The question is how far it's progressed and whether you're going to catch it before it becomes a crisis.
Here's what's working against you:
Water finds a way in. Waterproofing membranes degrade. Expansion joints fail. Cracks form from settlement, thermal cycling, and load stress. Once water has a path, it will exploit it—and bring dissolved chlorides along for the ride.
Corrosion is invisible until it isn't. Rebar is buried inside concrete precisely, so it won't be exposed to the elements. That also means you can't see it corroding. By the time rust stains appear on the surface or concrete starts spalling, the damage has been progressing for years.
Freeze-thaw cycles accelerate everything. Water that infiltrates concrete expands when it freezes, widening existing cracks and creating new ones. In climates with cold winters, each season compounds the damage from the one before.
Load stress never stops. Vehicles enter and exit. Columns bear weight continuously. Slabs flex under traffic. The structure is never at rest, and every stress cycle works on whatever weaknesses exist.
Deferred maintenance compounds exponentially. A small crack that costs a few hundred dollars to seal today becomes a $50,000 concrete repair in five years and a structural emergency in ten. The math always favors early intervention, but budgets rarely do.
What Proactive Management Looks Like
The Romans didn't build structures that lasted 2,000 years by accident. They understood their materials and designed for durability. We can't retroactively give your parking structure self-healing concrete, but we can apply the same principle: understand the vulnerabilities and address them before they become failures.
- Inspection beyond the visual.
Surface-level walk-throughs catch obvious problems—spalling, exposed rebar, standing water. But the most dangerous deterioration is hidden. Corrosion potential mapping, ground-penetrating radar, and chloride testing can reveal what's happening inside the concrete before it becomes visible. These diagnostics turn guesswork into data.
- Waterproofing as a system, not a product.
A parking structure's waterproofing isn't a single membrane—it's a system of traffic coatings, joint sealants, drain management, and crack repairs that all need to work together. When one component fails, water pressure shifts to others. Effective waterproofing requires treating the structure as an integrated whole, not a collection of parts.
- Corrosion mitigation before it's too late.
Once chlorides have reached the rebar, you can't simply wash them out. But you can slow or stop the corrosion process with migrating corrosion inhibitors, cathodic protection, or electrochemical chloride extraction. These interventions buy time and extend service life—if they're applied before structural capacity is compromised.
- Structural repair that restores capacity.
When concrete has spalled and rebar is exposed, cosmetic patching isn't enough. The corroded steel needs to be cleaned or supplemented, the concrete needs to be properly removed and replaced, and the repaired section needs to be protected against future infiltration. Done right, structural repair can return a deteriorated element to its original load-bearing capacity.
- Maintenance as a capital strategy.
The most expensive approach to parking structure management is waiting until something fails. The least expensive—measured over the life of the structure—is a planned maintenance program that addresses small problems before they become large ones. This isn't an operating expense to minimize; it's a capital preservation strategy.
The Cost of Waiting
Here's the math that doesn't show up on next quarter's budget but determines long-term outcomes:
- A parking structure in good condition might need $2-5 per square foot annually in preventive maintenance.
- A structure with moderate deterioration might require $15–30 per square foot in restoration.
- A structure with severe deterioration—or one that's been neglected until failure—can cost $50–100+ per square foot, often requiring partial or full replacement.
And that's just direct construction cost. It doesn't include business interruption, liability exposure, emergency response premiums, or the reputational damage of a publicized structural failure.
The Ann Street garage in Manhattan had been cited for concrete defects for two decades. The repairs that might have cost tens of thousands of dollars in 2003 instead became a catastrophic collapse, a death, lawsuits, demolition costs, and a citywide emergency inspection mandate that shuttered dozens of other garages.
Deferred maintenance always gets paid. The only question is when, and at what multiple.
What the Romans Got Right
MIT's research found that Roman builders didn't fully understand the chemistry that made their concrete self-healing. They discovered the technique through centuries of trial and error, observing what worked and refining their methods.
But here's what they did understand: structures interact with their environment over time, and the smart approach is to design for that interaction rather than pretend it won't happen.
Modern parking structures aren't going to heal themselves. Water will infiltrate. Chlorides will migrate. Steel will corrode. Concrete will crack.
The question is whether you're going to manage that process proactively—with inspections, waterproofing, corrosion mitigation, and timely repairs—or reactively, when a ceiling collapses or an engineer condemns the structure.
The Romans built for millennia. We're not asking for that. We're asking for parking structures that make it to their design life without becoming liabilities.
That's not an engineering mystery. It's a management decision.
Is your underground parking structure due for an inspection? Foundation Tech, Inc. specializes in concrete rehabilitation, waterproofing, and corrosion repair for commercial structures across California, Nevada, Arizona, and the western states. If you're seeing warning signs—or just want to know what's happening inside your concrete—reach out. We'd rather help you prevent problems than repair emergencies.
Learn more at www.foundationtechinc.com or call 661-294-1313.