Repair Is a Policy Question, Not a Scoping Shortcut

I have evaluated roof damage from several seats at the table: general contractor, roofing consultant and project manager, carrier-side adjuster, and, since 2018, as a public adjuster, appraiser, and retained expert. That includes more than 5,000 property inspections in Florida and over 50 disputed matters. I hold CPAU and SCLA designations and an InterNACHI wind and hail certification.

When I am retained on a roof dispute, the question is rarely whether there is damage. It is whether the proposed scope returns the roof to the condition the policy contemplates.

Start with the Policy, Not the Estimate

Every roof evaluation I do begins with the policy language, not the damage. Wording varies significantly: restoration to pre-loss condition, replacement with like kind and quality, limits on matching, or roof surfacing schedules. Two roofs with identical damage can lead to entirely different outcomes because of the policy form. Anyone evaluating a scope without reading the policy is working from the wrong document.

The statutes and the Florida Building Code sit underneath that framework. In my practice, I treat them in three distinct layers:

When these layers appear to conflict, the first task is to identify which one controls, and that is often a question for counsel.

The Baseline Question

Where the policy contemplates restoration to pre-loss condition, I measure the proposed repair against the roof as it existed before the loss.

Before the loss, the roof was a single system of one age, one material, and one installation. A localized repair introduces new material, new fasteners, new seams, and tie-ins to aged, adjoining material. Whether that modification restores the roof to its prior state is an engineering and installation question, and it is one that I can physically test.

How I Evaluate Repairability

These are the factors I document on a roof where a localized “repair” is proposed:

• Material condition. Brittleness of the existing material, fastener condition, deck condition, and whether the existing roof can be disturbed without causing additional damage to adjoining areas.
• Tie-in feasibility. Whether a repair can be integrated with the surrounding assembly at ridges, hips, valleys, and adjoining slopes without compromising the existing system. Manufacturer installation requirements apply directly here.
• Material identification. For shingles, product identification via diagnostic testing (such as ITEL) and manufacturer availability. For tile and metal, the profile, dimensions, and whether the proposed product is of like kind and actually interlocks with what is on the roof.
• Hidden conditions. Decking, underlayment, flashing, and penetrations. On tile roofs, underlayment condition frequently drives the true scope of work.
• Prior repairs and cumulative condition. What has already been done to the roof and how those repaired areas have performed over time.
• Permit and code-edition history. When the roof was permitted and under which edition of the code, because that timeline determines which code the repaired portion must meet.

If even one damaged area cannot be repaired and brought back to its prior condition, I document that specific area on its own terms. The size of the damaged area matters for scoping the physical work, but it does not alter the contractual standard against which the repair is measured.

What SB 4-D Addressed

Senate Bill 4-D, from the May 2022 special session, added subsection (5) to Florida Statute § 553.844. It applies where an existing roofing system or roof section was built, repaired, or replaced in compliance with the 2007 Florida Building Code or a later edition. In those cases, when 25% or more of the roof or roof section is repaired, replaced, or recovered, only that portion has to meet current code. In practice, the 2007 code took effect on March 1, 2009, making that date the practical threshold.

The provision speaks most clearly to structures with physically separate roof areas, such as a lower garage roof and a main roof over a second story. It does not change how a roof section is identified: a ridge or cap does not divide a roof into sections, and under DS 2021-007, tie-off areas do not count toward the 25%. In my experience, the provision is sometimes stretched to ordinary roofs with continuous slopes to support a localized repair.

The Baseline Problem

There is a severe practitioner’s concern that I raise in these matters, and it involves how baselines get set. When a localized repair is paid and the roof is then treated as repaired, that repaired roof becomes the reference point for the next loss.

A subsequent claim can then be evaluated against a degraded condition that existed only because of the earlier repair. I have seen this cycle repeat on roofs that have been repaired repeatedly and never truly restored. Anyone setting or ruling on a scope should be aware of this dynamic, because the earlier decision directly limits the scope of the later one.

Matching

Florida’s matching statute, § 626.9744, addresses a reasonably uniform appearance in adjoining areas when replaced items do not match in quality, color, or size. Three specific points must be evaluated:

First, the statute operates “unless otherwise provided in the policy.” The Florida Office of Insurance Regulation (OIR) has approved policy forms from at least eight property insurers that explicitly limit payment for replacing undamaged material to achieve a match. The insurance form entirely controls how much weight the statute carries on a given claim.

Second, carrier-side commentators frequently cite a 2019 Third DCA decision for the proposition that matching repairs are not a direct physical loss and are only owed once the work is performed. I would not characterize the holding beyond what the opinion explicitly states, and counsel should address its specific legal scope.

Third, there is the practical question of who locates the material. In my experience, the burden of finding a matching product is too often pushed onto the policyholder. For an evaluator, the more defensible practice is for whoever concludes a roof is repairable to document that compatible material actually exists in the current market, rather than simply assuming it does. For shingles, that requires verifying identification, active production availability, and an honest comparison of color and profile. In my experience, tile and metal are generally easier to match than shingles, but each material has its own rigid requirements.

Tile

Tile deserves separate attention because it is where assumptions cause the most trouble. Carrier-side counsel point to Florida Building Code § 1511.5, which allows existing or salvaged tile to be reused for repairs if it is of like kind in both material and profile. They argue that a previously approved, discontinued tile does not need a current product approval for an otherwise code-compliant spot repair.

I give that argument its due. However, the evaluation turns strictly on the phrase “like kind in material and profile.” Whether a proposed tile—whether new, salvaged, or sourced from a boneyard—actually matches the existing profile and interlocks with it is something I check physically, along with its provenance. A tile that does not interlock does not form a sealed system, regardless of its legal approval status.

Warranty

One consequence that rarely appears in a repair estimate is the effect on the roof’s existing warranty. Contractor labor warranties generally cover workmanship, not storm damage. Furthermore, storm damage and subsequent localized repairs can limit or entirely void that coverage for the remainder of its term.

I review the actual warranty document in each matter because terms vary. Where it applies, the loss of that structural coverage is a real cost of a localized repair, and the carrier’s estimate typically fails to account for it.

The Evaluation, in Short

My conclusions on a roof come from a strict progression of evidence: the policy language, the permit and code history, the physical condition of the roof, and a documented test of whether the proposed repair can actually restore the system.