Hurricane Season Roof Preparation Checklist for Gulf Coast Homeowners

Hurricane season runs June 1 through November 30, and the Gulf Coast doesn't get a pass on the probability math. Mobile County and Baldwin County sit in ASCE Wind Zone III — the highest mainland designation — and the historical record includes direct hits from Sally (2020), Katrina (2005), Ivan (2004), Danny (1997), and Frederic (1979). Preparation before the season starts is the only time you can act without urgency. This checklist is built from eight years of seeing what fails first when a storm hits and what homeowners wish they'd checked in March.

Start in March or April. Roofing contractors' schedules fill rapidly as June approaches. If a pre-season inspection reveals repairs that need to be done, you need 4–8 weeks of lead time to get on a schedule before the season peaks in August and September. Calling in late May typically means waiting until after the peak.

Schedule a Professional Roof Inspection Before June 1

Documentation is as valuable as the inspection itself. An inspection report with photos taken before storm season creates a documented pre-storm condition baseline. If a storm damages your roof, you will have clear evidence that the damage is new — not pre-existing deterioration that an insurer might use to minimize your claim. Without a pre-storm record, your insurer's adjuster may attribute some of the post-storm damage to "pre-existing conditions," reducing your settlement. See our roof inspection service page for what a thorough inspection covers.

What a pre-season inspection covers: shingle condition across the entire field (not just visible areas), flashing integrity at all roof penetrations and wall-to-roof transitions, ridge cap and hip shingle attachment, gutter condition and drainage path, soffit and fascia condition, attic ventilation adequacy, and any visible deck issues at the eave line. This is a 90–120 minute process on a standard Gulf Coast home. Ground-level visual checks take 10 minutes and miss most of what matters.

Shingle and Flashing Conditions That Signal Pre-Storm Vulnerability

Lifted shingles at the eave line and rakes are the highest-priority repair item. Shingles lift at the edges when the adhesive strip fails — typically from age, heat cycling, or prior minor wind events that bent the shingle tab without tearing it off. A lifted shingle edge can be forced further open by winds of 45–60 mph, creating an entry point for both water and additional wind loading. In a Gulf Coast storm, lifted edges become missing sections within the first 30 minutes.

Cracked or missing shingles anywhere on the field. Cracks appear in asphalt shingles after 12–15 years in Gulf Coast conditions — the heat cycling, UV intensity, and salt air exposure accelerate granule loss and surface cracking. Any cracked shingle is a weakened shingle. In wind events, cracks propagate rapidly under cyclical loading. A patch or targeted shingle replacement before the season is less expensive than a full claim.

Flashing at pipe boots, skylights, and chimneys is the most common active leak source on Gulf Coast homes that have been through multiple storm seasons. Metal flashing corrodes in salt air environments faster than inland climates, and sealant around boots and caps degrades in extreme UV. Check every visible penetration. A failed pipe boot costs $150–$300 to replace. The interior damage from a failed boot in a Category 1 rain event can easily exceed $5,000.

Ridge cap condition directly correlates with storm performance. Ridge caps take the highest wind loading of any element on the roof because they sit at the highest point and span a line of exposure. Standard ridge caps on older homes are often adhered with 1–2 fasteners per shingle. FORTIFIED™ standard requires enhanced attachment. If your ridge caps show any lifting or separation, re-seal or replace them before June. This is a half-day repair on most homes and one of the highest-leverage pre-season maintenance items.

Gutter Maintenance: A Critical Pre-Hurricane Task for Gulf Coast Homes

Gutters fail in high-wind events when they are clogged, loose, or overloaded. On the Gulf Coast, where 66" of annual rainfall includes tropical-intensity events, gutters experience water volumes that overwhelm clogged or undersized systems. In hurricane-force winds, a partially detached gutter becomes a projectile. A gutter ripped away at the fascia attachment can take fascia board with it, creating an open eave that allows wind-driven rain direct roof deck access.

Pre-season gutter maintenance tasks: Clear all debris from gutters and downspout openings. Check every hanger bracket for corrosion or pull-out from fascia. Re-secure any loose sections with appropriate stainless or aluminum screws (not pop rivets, which fail in repeated load cycling). Ensure all downspouts discharge at least 6 feet from the foundation and are not obstructed. Check that gutters slope correctly — standing water in gutters adds weight load and creates overflow points.

Consider gutter guards if your property has significant tree coverage. Mobile and Baldwin County properties with large oaks and magnolias fill gutters multiple times per year. Gutter guards reduce maintenance frequency, but they require periodic inspection to ensure debris has not accumulated on top of the guard mesh itself — which defeats the purpose and adds an additional failure point in high-wind events.

Tree Trimming and Clearance Standards for Roof Protection

Overhanging branches within 10 feet of the roof are a direct damage risk in any tropical weather event. In Hurricane Sally, branch and limb impacts were the second most common cause of immediate roof penetrations in the Mobile and Baldwin County residential market, after direct wind damage to shingles. Large live oaks — the dominant tree species in South Alabama's older neighborhoods — have extensive lateral branch structure and are particularly prone to failure in combined wind and rain loading.

Have an arborist or licensed tree service assess large trees adjacent to your home before June. What you are looking for: dead or dying limbs over the roof line, co-dominant stems (two trunks growing from a single base, which split in high wind), and root zone compromise from soil saturation. South Alabama's clay-heavy soils saturate quickly in tropical rainfall, reducing root holding capacity just when wind loads are highest. A tree that looks healthy in May can topple in the saturated conditions of an August tropical system.

Trim any branch within reach of the roof by 6–10 feet. This includes branches that are over the roof in calm conditions and those that would contact the roof if the branch deflected under wind load. Trimming is significantly less expensive than the roof repair that follows a direct impact, and most homeowner policies treat tree impact damage differently than wind damage — meaning your deductible calculation may vary.

Attic Ventilation and Its Impact on Roof Performance During Storms

Attic ventilation affects roof performance in high-wind events in ways that are not immediately obvious. The pressure differential between a sealed attic and the outside atmosphere during a storm creates uplift forces on the roof deck. In extreme cases — particularly in older homes with poorly ventilated attics — this pressure difference contributes to roof failure at the deck-to-rafter connection level, not just at the shingle level. Proper ventilation, meeting minimum IRC ratios (1 square foot of net free ventilation area per 150 square feet of attic floor), equalizes pressure and reduces uplift loads.

Check your ridge vents, soffit vents, and any box vents for blockages. Insulation pushed over soffit vents (a common result of DIY attic insulation projects) eliminates the soffit-to-ridge airflow that makes the ventilation system work. While you're in the attic, check for daylight at the eave lines (indicates soffit gaps or damaged decking), any signs of previous water intrusion (staining on rafters or decking), and the condition of the vapor barrier. These are pre-season baseline checks, not storm-season discoveries.

Solar attic fans can help in South Alabama's climate, where attic temperatures regularly exceed 150°F in summer — temperatures that accelerate shingle adhesive degradation and reduce the lifespan of the underlying decking. A cooler attic in the months preceding storm season means shingles that are in better condition when storms arrive in August and September.

Pre-Season Insurance Steps Every Alabama Homeowner Should Complete

Review your current policy declarations page before June 1. Specifically confirm: your dwelling coverage amount (is it adequate to fully replace the home at current construction costs?), your wind and hail deductible (flat dollar or percentage?), and whether your policy is ACV or RCV. In the Mobile and Baldwin County market, construction costs have increased 25–35% since 2020 — many homeowners are underinsured without realizing it because their coverage has not kept pace with replacement cost inflation.

Document your current roof condition before storm season opens. This means photographing the full roof from ground level on a clear day, plus accessible close-up photos of ridge condition, visible flashing, gutters, and any areas of previous repair. Store these photos with a dated timestamp in cloud storage — not just on your phone. If your phone is damaged in a storm, you need documentation that survives.

Know your insurer's claims phone number and process before you need it. After a major Gulf Coast event, insurer claims lines experience extreme volume. Having the number and any online filing instructions documented in a physical location means you can begin the process without searching through damaged or unavailable digital files. Keep a physical folder with your policy number, claims number, agent contact, and your pre-storm photo documentation.

If you've been considering a FORTIFIED upgrade, timing it before the next storm season is the most strategic window. The SAH grant application process can take 4–8 weeks to complete, and installation scheduling needs to be factored in. Starting in March or April means you can be certified before June 1. Learn more at our FORTIFIED Roofing page.

During and After the Storm: Immediate Roof Safety Steps

During a storm, do not get on your roof. This seems obvious, but in the initial wind-down period following a storm eye passage, conditions that feel calm can deteriorate rapidly as the backside of the storm arrives. Wind during the eye wall is not safe, and neither is the period between eye passage and the storm's backside. If you have active interior water intrusion during a storm, place buckets, move furniture and valuables away from affected areas, and document continuously with your phone — but do not attempt roof access.

Post-storm inspection protocol — wait for conditions to stabilize. Do not attempt roof access until at least 12–24 hours after the storm clears and wind has dropped below 15 mph consistently. Then conduct a ground-level inspection first: walk the perimeter and note any visible shingle loss, debris on the roof, gutter damage, or structural concerns. Document everything with photos before any cleanup. Ground-level documentation is your first submission to your insurer.

The 48-hour window is critical for interior documentation. If water entered the structure during the storm, document all water intrusion points, ceiling stains, and water-damaged materials within 48 hours. This is before secondary damage sets in and before insurance adjusters can argue that some damage predates the storm event. Begin mitigation — dry materials, run dehumidifiers — and document the mitigation process as you go.

Call your roofing contractor before your insurer if you have active damage. A roofer can perform emergency tarping to stop ongoing water intrusion and provide a written damage assessment before the adjuster arrives. The assessment is your documentation of the full scope of damage — and it protects you from a scenario where the adjuster completes their visit before tarping is complete and then classifies post-tarp damage as secondary.