Frequently Asked Questions

In-house permitting eliminates delays caused by subcontractor scheduling conflicts and ensures compliance with local building codes. The licensed crew controls the entire process from application to inspection, which prevents costly mistakes common when unlicensed operators submit incomplete paperwork. This approach also gives homeowners a single point of contact throughout the project.

RCV (Replacement Cost Value) policies pay the full replacement cost of damaged roofing materials without depreciation deductions. ACV (Actual Cash Value) policies subtract depreciation based on the roof's age, leaving homeowners to cover the gap out of pocket. After recent Florida insurance law changes, understanding which policy type you hold determines your actual claim payout and whether you'll face surprise costs mid-project.

Hurricane season creates permit backlog at building departments and material shortages across North Florida. Wind-rated shingle supplies prioritize storm repair over new construction, and inspection schedules stretch as crews handle emergency stabilization work. Scheduling roof replacements between November and May avoids these delays and ensures full material selection instead of whatever's available during peak storm response.

Isolated wind damage or leak points under 10 years old usually qualify for targeted repair if the surrounding roof structure shows no deterioration. Full replacement makes more sense when multiple leak sources appear, granule loss covers over 30% of shingles, or the roof has passed Florida's typical 15-20 year lifespan in hurricane-prone climate. Diagnostic assessment isolates the actual damage scope before recommending either option.

Wind-rated architectural shingles rated for 130+ mph winds meet Florida Building Code requirements for hurricane zones and handle Tallahassee's heat cycles better than standard three-tab shingles. Metal roofing offers longer lifespan and superior wind resistance but costs more upfront. Salt-air exposure near coastal areas demands corrosion-resistant fasteners and underlayment regardless of surface material choice.

State law changes reduced claim approval rates and tightened documentation requirements for hurricane damage, which lowered overall restoration volume across North Florida. Adjusters now scrutinize wind versus wear-and-tear damage more carefully, and deductible structures shifted to percentage-based calculations tied to home value. Homeowners need contractors who understand current adjuster expectations and can document storm-specific damage versus pre-existing conditions.

Licensed contractors document wind damage patterns, photograph compromised shingles and flashing, measure affected square footage, and compare damage to pre-storm conditions visible in records or satellite imagery. This documentation supports the insurance claim by establishing storm causation versus normal wear. The assessment also identifies urgent stabilization needs to prevent further interior water damage while the claim processes.

Many Tallahassee neighborhoods contain homes built before current moisture barrier and ventilation standards, which accelerates siding deterioration from trapped humidity. Wood siding common in older construction rots faster in North Florida's humid climate, and original fasteners corrode from moisture exposure. Updating to modern moisture-managed systems with proper flashing prevents ongoing structural damage to sheathing and framing.

Fiber cement siding resists salt corrosion and won't rot or warp in coastal humidity, making it more durable than wood or standard vinyl near Gulf exposure. Vinyl siding works if it's impact-rated and installed with corrosion-resistant fasteners, but cheaper grades crack under wind pressure and UV exposure. Metal or composite materials also handle salt air well but require proper underlayment and drainage planes to prevent trapped moisture behind the cladding.

Wind-rated installations use ring-shank nails instead of smooth-shank, increase fastener count per shingle, and seal all edges with adhesive strips to prevent wind uplift. Underlayment must meet Florida Building Code peel strength requirements, and starter courses get double-fastened along eaves and rakes. These upgrades meet hurricane zone code and prevent the progressive shingle loss that starts at roof edges during high-wind events.

Roofing crews coordinate with framers to verify roof deck fastening meets code before installation begins, then manage their own permitting and inspection scheduling to avoid delaying other trades. Timeline depends on weather windows, material delivery, and inspector availability—typically the roofing phase gates rough-in work for electrical and HVAC. Clear communication about milestone dates prevents costly trades sitting idle waiting for roof completion.

Hurricane deductibles activate when the National Weather Service declares a named storm and typically calculate as a percentage of your home's insured value rather than a flat dollar amount. A 2% deductible on a $300,000 home means you pay the first $6,000 of repairs out of pocket. Standard wind or hail damage uses your regular deductible, so understanding which event type triggered your damage determines your actual cost responsibility.