Storm & Wind

Hurricane Strap

Metal connectors that tie a roof structure to the walls to resist wind uplift.

Last reviewed July 2026 against primary sources.

Key points

  • Hurricane straps are metal roof-to-wall connectors that tie the roof to the walls to resist wind uplift and keep the structure acting as one unit.
  • The type, strength, and spacing of these connectors in Florida are governed by the Florida Building Code, which sets the standard that repairs are measured against.
  • A serious roof loss can trigger code requirements to upgrade older connectors to current standards, even on parts of the roof that were not damaged.
  • Ordinance-or-law coverage is the policy provision that pays for those code-required connector upgrades after a covered loss; the standard repair coverage does not.
  • Check both whether the claim triggers a code upgrade and whether the policy carries enough ordinance-or-law coverage, because a shortfall becomes an out-of-pocket cost.

What it means

A hurricane strap is a metal connector that ties a home's roof structure to its supporting walls, forming a continuous load path that resists the uplift forces a hurricane generates. In wind events, air moving over and around a roof creates suction that tries to lift the roof off the building. Nails alone hold poorly against that upward pull, so hurricane straps, also called roof-to-wall connectors, wrap around or fasten across the roof truss or rafter and anchor it to the top of the wall. The goal is to keep the roof attached to the walls, and the walls attached to the foundation, so the structure behaves as one connected unit rather than a stack of separately fastened parts.

The connectors exist because roof loss is one of the most damaging failures in a windstorm. Once a roof or a section of decking lifts away, wind and rain enter the building envelope, interior pressure spikes, and the damage cascades from a structural problem into a total-loss water and contents problem. Florida's building requirements evolved in response to catastrophic roof failures in past hurricanes, and metal roof-to-wall connectors became a central part of how newer and retrofitted homes are built to survive high winds. In Florida the strength, spacing, and type of these connectors are governed by the Florida Building Code, which sets the current standard that repairs and upgrades are measured against.

In a property claim, hurricane straps matter in two distinct ways. First, they are part of the damage picture: a claims investigation into wind damage often looks at whether the roof-to-wall connection failed, partially failed, or held, because that connection tells the story of how the roof moved and what forces the building experienced. Second, and more importantly for policyholders, they drive the cost of a code-compliant repair. When a roof is damaged badly enough to require significant reconstruction, the Florida Building Code may require that the rebuilt roof-to-wall connections meet current standards, even if the original home was built to an older, weaker standard.

This is where a specific piece of coverage becomes decisive. A standard property policy pays to repair damaged property, but bringing the undamaged, older connectors up to current code is a separate cost. Ordinance-or-law coverage is the part of the policy that pays for code-required upgrades triggered by a covered loss, including required hurricane strap and connector upgrades. Understanding whether a claim triggers these code requirements, and whether the policy carries enough ordinance-or-law coverage to pay for them, is often the difference between a repair the homeowner can actually afford and a large out-of-pocket gap.

In practice

On a real Florida wind claim, hurricane straps usually surface once the scope of roof repair is large enough to require permitted reconstruction. When a contractor pulls a permit to rebuild a substantial portion of a roof, the building department applies the current Florida Building Code to the work, and that can require the roof-to-wall connections to be brought up to today's standard. The added cost is not the roof covering itself: it is the labor and access to expose the connection, install code-compliant metal connectors, and re-sheathe and finish. On older homes with toe-nailed or under-strapped connections, this can be a significant line item that a homeowner never anticipated.

The common carrier pitfall is the treatment of ordinance-or-law coverage. Carriers may scope a repair back to like-for-like condition and quietly leave out the code-upgrade cost, or they may take the position that the loss was not severe enough to trigger a code requirement, so no upgrade is owed. Another recurring tactic is to acknowledge the code issue but apply a low ordinance-or-law sublimit that does not come close to covering the real cost, leaving the homeowner to absorb the gap. Because the trigger depends on the extent of damage and the local building department's application of the code, these disputes turn heavily on documentation and on the actual permit requirements.

The practical defense is evidence. That means documenting the true extent of roof damage, obtaining the building department's actual position on what the permitted repair requires, and reading the ordinance-or-law provision carefully to confirm the sublimit and how it applies. A public adjuster's role here is to establish that the code upgrade is genuinely required by the scope of the covered loss, then to press the claim so the connector upgrade is paid under the coverage the homeowner already bought rather than written out of the estimate.

Real scenarios

Older home, partial roof loss triggers a full connector upgrade

A 1980s single-family home loses a section of roof decking in a hurricane. The permitted repair is large enough that the building department requires the roof-to-wall connections to meet the current Florida Building Code. The carrier's initial estimate covers only the damaged decking and covering, roughly 40,000 dollars as an example, and omits the connector upgrade. Once the code requirement is documented and ordinance-or-law coverage is applied, the strapping upgrade adds a substantial code-driven line item that the policy pays.

Sublimit shortfall on ordinance-or-law coverage

A homeowner's policy includes ordinance-or-law coverage but caps it at a low percentage of the dwelling limit. After a covered wind loss, the required connector and code upgrades come to about 55,000 dollars in this example, but the sublimit only releases a fraction of that. Identifying the shortfall early lets the homeowner understand the true gap and pursue every dollar the sublimit allows rather than discovering the limit after the work is done.

Carrier disputes that the code was triggered

After a windstorm, the carrier argues the roof damage is minor enough to repair without a permit, so no code upgrade to the hurricane straps is owed. A closer look at the actual extent of decking and structural damage, plus the local building department's permitting threshold, shows the repair does require a permit and therefore current-code connectors. Documenting the true scope reframes the claim so the connector upgrade is properly on the estimate.

Related guide: Roof Damage Insurance Claims in Florida

Official sources

General guidance only, not legal advice. Statutes and codes change; verify against the current source.

Hurricane Strap FAQs

It is a metal connector that fastens your roof structure to the top of your walls. Its job is to resist the uplift, or suction, that wind creates over a roof, so the roof stays attached and the whole structure behaves as one connected unit instead of a roof that can peel away.

Not sure how this affects your claim?

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