Summer brings many things to look forward to, but for homeowners in certain areas of the U.S., it also marks the arrival of Severe Weather season. High winds and intense thunderstorms can put an incredible amount of stress on your home, starting with its roof. When bad weather hits, your roof is your property’s primary shield. Ensuring it is fortified against high winds protects your family and your home from costly structural damage.
Key Points
- Prepare your roof before storm season by scheduling a professional inspection, trimming overhanging branches, addressing minor repairs, and ensuring your roof has quality underlayment and proper fastening.
- High winds can cause serious roof damage through wind uplift, lifting shingles from the edges and creating a domino effect that can expose your home to water intrusion and structural damage.
- A professionally installed, wind-resistant roofing system with high-quality shingles, advanced fastening techniques, and durable underlayment provides the best protection against summer storms and helps minimize costly repairs.
4 Steps to Take Before the Next Storm Hits
Before we dive into the mechanics of wind damage, here are the four most effective steps you can take right now to help prepare your roof for summer storm season:
1. Schedule a Professional Inspection
This is probably the most important thing you can do. Have a trusted expert check for existing vulnerabilities, like loose shingles or degraded flashing, that high winds can easily exacerbate.
2. Trim Overhanging Branches
Cut back tree limbs within six feet of your roofline to prevent them from snapping and crashing into your home during a storm.
3. Check Your Underlayment & Fasteners (Or Ask a Professional During Your Inspection)
Ensure your roof uses modern synthetic underlayment and advanced fastening techniques for maximum wind uplift resistance.
3. Check Your Underlayment & Fasteners (Or Ask a Professional During Your Inspection)
Ensure your roof uses modern synthetic underlayment and advanced fastening techniques for maximum wind uplift resistance.
The Invisible Threat: How Wind Damages a Roof
Wind damage often begins as invisible structural strain. When high-velocity winds hit the side of your home, they are forced upward and over the roof. This creates a severe pressure differential: low pressure above the roof and high pressure inside or around the structure, which results in an upward pulling force known as wind uplift.
The Shingle Domino Effect
Uplift forces are strongest at the edges and corners of your roof. If your starter shingles or perimeter flashing are even slightly loose, the wind can get underneath them.
Once a shingle is lifted, the seal is broken, exposing the underlayment. The wind then catches the next shingle, creating a domino effect that can peel away entire sections of your roof in a matter of minutes.
Engineering a Wind-Resistant Roof System
At Farha Roofing, we build resilient, highly engineered systems designed to withstand Mother Nature’s toughest tests. True wind resistance requires a combination of premium materials and meticulous installation standards.
- High-Impact, High-Wind Shingles
We proudly install industry-leading asphalt shingles from top manufacturers like GAF and TAMKO. Modern architectural shingles are engineered to withstand extremely high winds.
- Advanced Fastening Techniques
A shingle is only as strong as the anchor holding it down. Farha Roofing utilizes enhanced high-wind fastening patterns and strategic nail placement to increase durability.
- Premium Underlayment and Flashing
If the outer shingles do fail, your secondary line of defense is what saves your interior from water damage. We utilize durable synthetic underlayments that offer far greater tear resistance than traditional felt paper, paired with heavy-duty metal flashing at all valleys, eaves, and penetrations.
Partner with the Experts at Farha Roofing
Don’t wait for the next severe weather warning to find out if your roof can stand up to the challenge. Our team brings over a decade of local experience, honesty, and quality craftsmanship to every project. Contact Farha Roofing today to schedule your comprehensive residential roof inspection.
FAQs
1. How do I know if my roof has sustained wind damage after a storm?
Look for obvious signs from the ground, such as missing, cracked, or curled shingles, or pieces of metal flashing lying in your yard. Inside your home, check your ceilings and attic for water stains or active leaks. Sometimes, wind damage is subtle, such as broken adhesive seals beneath the shingles, which is why a professional inspection is recommended after major storms.
2. What wind speeds can a standard roof handle?
A standard, properly installed 3-tab shingle roof can generally withstand winds up to 60 to 70 mph. However, high-quality architectural shingle systems, when installed with specialized high-wind fastening patterns by certified contractors, are rated to handle winds up to 110 to 130 mph.
3. Will my homeowner’s insurance cover roof damage caused by summer storms?
In most cases, standard homeowner’s insurance policies cover roof damage caused by unpreventable natural perils, which include wind, hail, and fallen tree limbs. It is crucial to document the damage with photos and contact a professional roofer to provide an accurate repair estimate before filing your claim.
4. What is “wind uplift” and why is it dangerous for my roof?
Wind uplift occurs when strong winds blow against a house and create a pocket of low pressure directly above the roof surface. Because the air pressure inside or immediately below the roof deck is higher, it pushes upward on the roofing materials. If shingles or underlayments are unsealed, this force can lift and tear them away.
5. Can I just repair the wind-damaged sections, or do I need a total roof replacement?
If the wind damage is isolated to a small area and the rest of your roof is relatively young and in good condition, a localized repair is often sufficient. However, if your shingle roof is nearing the end of its lifespan (15–20+ years) or if the wind has compromised the structural underlayment across multiple sections, a full replacement is usually the safest and most cost-effective long-term solution.