- Breathable Performace Fabrics - Extremely lightweight fabrics wick moisture and offer the perfect amount of stretch and ventilation
- Premium OTW Cycling Pad - A high density, long-distance pad that increases saddle stability, relieves pressure, and increase blood flow
- Powergrip Leg Gripper - Leg bands beaded with silicone gently hold everything in place and keep your shorts from riding up
- Lightweight Mesh Bibs - Mesh bibs add air flow for extra ventilation on long rides
- Women's Specific Design - A U-paneled design allows for added performance and extended comfort
- Made in Wisconsin - All custom garments are handcrafted by professionals in our solar-powered Wisconsin facility
Women’s OTW Cycling Bib
Full Custom / 5 Unit Minimum
Out to win? The Women’s OTW Cycling Bib is for you. Built for pro Peloton performance, this custom cycling bib short was designed with high-performance compression fabrics and a premium Italian cycling pad to wick moisture and provide long-lasting comfort. Plus, silicone-beaded leg bands keep your shorts from riding up, and a second-skin fit enhances every endurance race or ride.
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Features
Materials
Minorca Ventilation Fabric - Italy
Mesh ventilation fabric keeps you comfortable and dry while you ride and stretches with your body while maintaining its shape.
PowerGrip Sublimation Fabric - Italy
A single-ply, silicone-beaded sublimation fabric in key areas helps to maintain a gentle grip on the skin while still allowing the body to move freely.
Composition: 62% Polyester / 23% Silicone / 15% Elastic
Shield Sublimation Fabric - Italy
Premier high-end performance fabric offers ideal compression, responsive stretch, and a smooth sublimated finish.
Composition: 80% Polyester / 20% Elastane
Weight: 240 g/m²
Women's OTW Cycling Pad - Italy
6-7 Hours of Ride Time
The high-performance Women’s OTW cycling pad is perfect for long-distance rides on- and off-road. Its high-density inserts offer much-needed protection during long hours in the saddle and perforations on the surface of the pad allows for higher air permeability, which results in lower skin temperature and reduced moisture.