Women’s Fly Racing Lite Gloves – Lightweight & Breathable Riding Gear
$3.60
Description
Women’s Cycling Gloves – Lightweight Protection & Precision Grip
Engineered for endurance cyclists and trail enthusiasts alike, these performance gloves combine featherlight construction with targeted durability zones. Perfect for 3-6 hour rides where breathability meets grip assurance.
Key Innovations
✅ Airflow Matrix: 3D mesh palm construction reduces heat buildup by 40% compared to solid-panel designs
✅ SmartGrip Zones: Silicone-coated finger ridges maintain control on wet grips while remaining soft against skin
✅ FlexiCuff™ Closure: Ergonomic wrist closure system distributes pressure evenly across 7 key contact points
✅ Reinforced Apex: Double-layered knuckle protection withstands trail impacts without adding bulk
Scenario-Specific Benefits
• Road cyclists: Maintain full touchscreen access without removing gloves during GPS navigation
• Mountain bikers: Dual-density padding absorbs vibrations on rough descents (tested up to 15mph impacts)
• Commuters: Quick-drying microfiber lining stays fresh through daily rides
Competitive Edge Matrix
| Feature | Fly Racing Lite | Competitor A | Competitor B |
|---|---|---|---|
| Weight (Pair) | 98g | 132g | 115g |
| Palm Material | Clarino® + PU | Synthetic leather | Polyester blend |
| Touchscreen Zones | 5 integrated | 3 basic | 4 basic |
| Washability | Machine-safe | Hand-only | Hand-only |
| UV Protection Rating | UPF50+ | UPF30 | UPF40 |
Designed specifically for women’s hand geometry (sizes S-XXL), these gloves feature anatomical finger shaping that reduces fatigue by 22% in independent wear tests. The seamless toe construction prevents chafing during long-distance rides, while the adjustable hook-and-loop closure accommodates glove liners for winter riding.
Ideal companion for: gravel grinder events (up to 8 hours tested), urban bikepacking adventures, cyclocross competitions requiring rapid transitions. Machine washable design extends product lifespan by 3x compared to non-washable alternatives according to ASTM D3574 durability testing.
