Why Moore Homeowners Choose Between Metal and Composite Shingle Roofing

Standard three-tab asphalt shingles—the builder-grade option on many older Moore homes—lift and tear during straight-line winds above 60 mph because they rely solely on adhesive strips to stay down. Once a few tabs blow off, wind gets under adjacent shingles and peels back entire sections. Hail larger than one inch punches through the thin mat, leaving divots that expose the underlayment to UV degradation and eventual leaking. This combination of wind and hail vulnerability explains why neighborhoods hit by severe storms often need wholesale re-roofing within a year.

Composite shingle roofing options for upgraded durability use a heavier fiberglass mat with deeper adhesive coverage and a higher wind rating—typically 110 to 130 mph versus 60 mph for three-tab products. Architectural or dimensional shingles also feature a multi-layered profile that sheds hail impact energy across a thicker cross-section rather than absorbing the blow in a single thin layer. Metal roofing systems for long-term residential protection take a different approach: interlocking panels or standing seam profiles that mechanically fasten to the deck and deflect hail without denting when properly gauged. Both materials resist the wind-driven rain that works under lifted shingles and causes the interior damage Moore residents deal with after every storm front.

Installation of asphalt shingles for residential homes involves more than nailing down rows of material. Each shingle requires four to six fasteners placed in the manufacturer's specified nailing zone—too high and wind lifts the shingle, too low and you puncture the water-shedding surface of the course below. Starter strips along eaves and rakes prevent the first course from having exposed gaps where wind-driven rain infiltrates. Valley installations use either woven shingles or metal valley flashing depending on roof pitch and the angle where two planes intersect.

Terrell's follows nailing patterns and fastener spacing per code, not rule-of-thumb shortcuts. This matters during insurance inspections after storm events—improperly installed roofs get flagged for workmanship defects that void wind damage claims even when the materials themselves are rated for high winds. Metal roofing systems require different fastening: concealed clips for standing seam profiles or exposed fasteners with EPDM washers for corrugated panels. Fastener placement hits the solid decking or purlins, not just the panel ridges, to prevent pull-through during uplift.

If you're comparing roofing options for your Moore home and want materials that match local wind and hail conditions, understanding installation requirements helps you evaluate which system will actually perform as rated when the next severe weather event occurs.

Strong resistance to wind, rain, and hail damage depends on matching material properties to the specific failure modes you're trying to prevent. Moore's location in central Oklahoma means planning for both scenarios—routine 50 to 70 mph winds several times per year and occasional severe events with large hail.

• Wind rating verification through manufacturer data, not just marketing claims about durability
• Hail impact resistance testing (UL 2218 Class 3 or 4 for insurance discounts in Moore)
• Fastener type and spacing requirements that exceed minimum code for enhanced uplift resistance
• Color and profile options that affect both appearance and heat absorption on south-facing roof planes
• Warranty coverage that includes wind-driven rain infiltration, not just material defects

Wide range of colors and architectural styles available means you're not sacrificing appearance for performance—impact-resistant composite shingles come in profiles that mimic slate or wood shake, while metal roofing now includes options textured to look like traditional shingles from street level. Professional installation for maximum roof lifespan requires attention to the fastening and flashing details that manufacturer warranties assume but contractors sometimes skip to save labor hours. If you're replacing a Moore roof damaged in recent storms, choosing materials based on tested performance criteria rather than appearance alone determines whether your next roof survives the inevitable wind and hail events.