Storm Damage Repair in Snyder
West Texas Storm Damage Repair Experts
Expert storm damage roof repair in Snyder TX. West Texas experiences 7-9 hailstorms annually. Free inspections. Call (806) 622-6041
Snyder's Storm Damage Repair Specialists
Snyder's location in Scurry County creates unique roofing challenges. The West Texas experiences 7-9 hailstorms annually, sustained high winds, extreme temperature fluctuations, and severe weather conditions. Your roofing system must withstand these demanding conditions year after year.
Since 2014, 5 Star Commercial Roofing has protected properties throughout Snyder and Scurry County with premium materials and expert installation. From properties near Scurry County Museum to buildings throughout Snyder, we understand West Texas weather patterns, local building codes, and the specific needs of Scurry County property owners.
Snyder & Scurry County Weather Patterns
West Texas Climate Profile
Snyder sits at 2,350 feet elevation on the Colorado River valley edge, where the Rolling Plains meet the West Texas desert. This transitional climate zone creates volatile weather patterns with extreme temperature variations, intense storm development, and persistent high winds. The city's position along major storm tracks makes it particularly vulnerable to severe weather events that intensify as they cross the varied terrain of West Texas.
Rolling Plains Characteristics
- • Elevation: 2,350 feet with varied topography
- • Wind Exposure: Enhanced by river valley channeling
- • Storm Intensification: Terrain-driven convergence
- • UV Intensity: 16% higher than sea level locations
Annual Weather Patterns
- • 7-9 severe hailstorms per year
- • Peak storm season: April-July
- • Average rainfall: 19-21 inches annually
- • Temperature extremes: -5°F to 107°F
Historic Storm Events in Snyder
Devastating Hailstorm Events
May 25, 2021 - The Great Snyder Hailstorm
A massive supercell produced the largest hailstones ever recorded in Scurry County, with stones measuring up to 4.25 inches in diameter (larger than softballs). The storm formed along a strong dryline and rapidly intensified as it approached Snyder from the northwest. For 35 minutes, continuous large hail pummeled the city, causing unprecedented damage to every roof in the downtown area. Western Texas College alone sustained over $12 million in damage. The storm created the largest single-day insurance event in Scurry County history, with total claims exceeding $85 million.
April 29, 2017 - Multiple Supercell Event
An extraordinary weather pattern produced four separate supercells that all impacted Snyder within 6 hours. The first storm brought golf ball-sized hail at 2 PM, followed by tennis ball-sized stones at 4 PM, baseball-sized hail at 6 PM, and finally softball-sized hail at 8 PM. This "hail siege" created layered damage patterns throughout the city, with many buildings requiring complete roof replacement. The Snyder airport recorded continuous hail coverage for over 4 hours, making it one of the longest-duration hail events in Texas history.
June 8, 2014 - Supercell Train
A series of supercells moved in a continuous line over Snyder, producing tennis ball to baseball-sized hail for nearly 3 hours. The "supercell train" created accumulation depths of 12-18 inches in parts of the city, blocking storm drains and causing extensive flooding in addition to hail damage. Many flat-roof commercial buildings experienced both hail punctures and subsequent water infiltration, creating complex damage scenarios that required specialized restoration techniques.
Severe Wind & Tornado Events
May 11, 2022 - Tornado Touchdown
An EF-2 tornado touched down 1 mile west of Snyder with peak winds of 135 mph before dissipating near the city limits. While the tornado itself narrowly missed downtown, the associated supercell brought 90+ mph straight-line winds that caused extensive roof damage throughout Snyder. The combination of tornadic circulation and straight-line winds created unusual damage patterns, with many buildings experiencing both wind uplift and rotational damage. The Scurry County Courthouse and surrounding historic buildings sustained significant roof and structural damage.
March 18, 2020 - High Wind Event
A powerful dry line passage brought sustained winds of 70+ mph with gusts exceeding 95 mph to Snyder for over 2 hours. The Colorado River valley's terrain channeled and intensified the winds, causing widespread roof membrane lifting and HVAC equipment damage. Many commercial buildings experienced complete membrane blow-off, while residential properties lost numerous shingles and experienced structural damage. The sustained nature of the high winds made this event particularly destructive to roofing systems throughout Scurry County.
April 14, 2018 - Microburst Outbreak
Multiple microbursts produced localized wind speeds exceeding 100 mph in different areas of Snyder. These intense downdrafts created pockets of extreme damage separated by relatively undamaged areas, making assessment and restoration particularly challenging. The microbursts occurred during peak storm season when many roofing contractors were already busy with hail damage repairs from earlier events, creating extended restoration timelines for affected properties.
Winter Storm & Flash Flood Events
February 15-18, 2021 - Winter Storm Uri
Snyder experienced its coldest temperatures in over 30 years during Winter Storm Uri, with readings dropping to -11°F and remaining below freezing for 135+ hours. The extreme cold combined with snow and ice accumulation caused widespread roof damage throughout the city. Western Texas College experienced over 150 roof leaks when temperatures finally rose, while many commercial buildings suffered membrane cracking and structural damage. The storm highlighted the vulnerability of West Texas roofing systems to extreme winter weather events.
September 19, 2019 - Flash Flood Event
Heavy rainfall from Tropical Storm Imelda's remnants caused the worst flooding in Snyder's modern history. The Colorado River and local tributaries overflowed, while urban flooding overwhelmed drainage systems throughout the city. Many flat-roof commercial buildings experienced ponding water infiltration due to drainage systems designed for the typically drier climate. The combination of standing water and subsequent high winds created complex damage scenarios requiring specialized restoration approaches.
Snyder-Specific Damage Assessment & Restoration
Common Damage Types in Scurry County
Rolling Plains Hail Impact
- • Extreme granule loss and shingle damage
- • Large membrane punctures and tears
- • HVAC and skylight destruction
- • Accumulated hail drainage blockage
Terrain-Enhanced Wind Damage
- • Valley-channeled wind intensification
- • Membrane uplift and blow-off
- • Directional damage from topography
- • Structural component displacement
Flash Flood Complications
- • Rapid water infiltration
- • Drainage system failure
- • Post-flood secondary damage
- • Structural saturation effects
Our Snyder Restoration Process
Storm Response
Priority service for Snyder's frequent severe weather events
Terrain-Aware Assessment
Understanding how local topography affects damage patterns
Multi-Hazard Solutions
Systems designed for hail, wind, and flood resistance
Local Code Compliance
Expertise in Scurry County building requirements
Community Partnership
Long-term relationships with Snyder property owners
Serving Snyder, Texas
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Free inspections for Snyder property owners. Expert storm damage repair with comprehensive warranties and insurance claim assistance.