When the previous Payasada BOD set out to figure out why its entryway wall was cracking, sagging, and shedding stucco, it didn't rely on guesswork. It hired a structural engineer. That engineer cut into the wall, tested it in multiple places, and wrote a report. And now, as the community wrestles with how to rebuild, we’re left asking the simple question: if the experts who've actually studied this wall aren't recommending foam, why does the new board insist on it?
The Engineer — and Every Contractor Who Bid the Job — Landed on Concrete
The November 16, 2023 Community Privacy Wall Condition Assessment, prepared by Applied Building Sciences, Inc. (ABS), is an independent technical study of the wall's condition. Its verdict: the current wall's foam-panel system has suffered "widespread failure... due to inadequate design and/or installation as well as long-term water intrusion and age-related deterioration," and patch repairs aren't worth doing because they'd cost about as much as replacement without fixing the underlying problem. ABS's own recommendation centers on a concrete masonry unit (CMU) wall, with pre-cast concrete panels named as the other durable, code-appropriate option. That pre-cast alternative is what all three commercial construction companies who bid on the wall project last year recommended as the best cost vs. quality material solution for rebuilding.
That means every party who professionally participated in this project — the engineer of record and every firm that bid the work — arrived at the same answer. The only voice in this conversation pushing foam is the company selling it.
The Entryway Rotunda and Ornamental Features Aren't Optional
It would be easy to treat the large rotunda and ornamental features in the entry as a separate, more "cosmetic" line item — something someone might try to patch rather than rebuild. The ABS report doesn't support that approach. Its destructive testing at the rotunda documented the same failures found throughout the wall: foam-to-foam intersections with visible separation, a wood support post rotted through more than half its cross-section, and cracking at the base of the north gate rotunda where stucco has delaminated from the foam beneath it, with moisture visible at the foundation. The large entry features were built with the same failed assembly as the rest of the wall, and the report gives the board no engineering basis to treat them differently.
While it may be tempting to look to "repair" these expensive items in an effort to cut costs, that would ultimately be a waste of association dollars, literally putting good money after bad. Once the engineer of record has said a structural element needs to be replaced, the board cannot substitute its own financial preference for its structural engineer's judgment. The board has a fiduciary duty and obligation to replace all failed elements of the wall and entryway based on the report.
This Wall Didn't Fail From Neglect — It Failed From How It Was Built
It's worth being precise about what the ABS report actually blames for the current failed structures, because the distinction matters for the decision ahead. Ongoing upkeep of a foam wall system is real and it isn't cheap, especially considering the mandatory maintenance agreement of $20,000 per year to secure the 20-year foam warranty. Even ABS notes that a solid concrete replacement "should provide greater durability with less maintenance costs" than a foam system, identifying foam carries a heavier maintenance burden going forward. But its important to note that lack of maintenance is not why our current wall failed. Nowhere does the report attribute the current wall's failure to deferred maintenance or inadequate upkeep like the new board keeps telling us, implying if only the previous board members had invested in the upkeep of the wall, we would not be in the place we are today.
The causes it cites are inadequate design and/or installation, long-term water intrusion, and age-related deterioration — a wall with no drainage system built in, missing or badly spaced control joints, corroded fasteners, and adhesive bonds that failed at the wood posts. Those are construction and design defects, not a maintenance log. The wall didn't fail from a lack of maintenance. It failed because of how it was put together in the first place.
No One Is Building New Walls With Foam
Ask around the area and a pattern emerges: some neighborhoods with older foam walls are maintaining what they have, patching and repainting to extend the life of a system they already own. But that differs from our situation, building new structure to replace our failed one . Residents and board members researching comparable projects in our area have not been able to identify a single wall project in similar size and scope over the last five years where a community chose to build (or rebuild) an entryway wall from scratch in EPS foam. Where new walls are going in, they're going in as concrete. if foam were a sound choice for a new privacy wall in this climate, it's reasonable to expect that with all the development in our area, we would find numerous recent local examples of communities building new walls with foam.
The Trees and the Storms Aren't Going Away
Then there's the site itself. Payasada Estates' wall runs within striking distance of large, mature trees that sit in an easement outside the Association's control — the community can't directly prune or remove them to reduce the risk they pose to the wall beneath. And Northeast Florida's exposure to tropical storms and hurricane-force wind events is not a hypothetical; it's a recurring seasonal reality. A wall system built around a foam core is inherently more vulnerable to being breached by falling branches and wind-driven debris than a solid concrete wall would be. Rebuilding with the same foam-panel construction would mean knowingly re-introducing that vulnerability into a location where large-branch and storm-debris risk is already elevated and largely out of the Association's hands to mitigate.
The Bottom Line
Why would we rebuild with the same material that already failed us? Why is no one else building new projects like ours using foam? Why is the company that sells foam the only entity recommending it? Every professional voice that has actually examined this wall — the structural engineer and each contractor who bid the job — points the same direction: solid concrete, not foam.