- Extremely breathable, moisture wicking
- Multi-paneled design for ergonomic comfort in the saddle
- Silicone-beaded, single-ply “Lazercut” Powergrip leg bands
- Lightweight Minorca bib-mesh
- Premium Italian OTW Pad
- Sizes XS – 2XL available
When you demand the best, the OTW Cycling Bib is your only choice. Built with pro-tour performance, for those who are Out To Win (OTW), this custom cycling bib short uses high-performance compression fabrics that wick moisture away. Ride in long lasting comfort with the premium, Italian-made, OTW cycling pad. Additionally, Silicone-beaded, “Lazercut” Powergrip leg bands help keep things from riding up. The resulting combination is a cycling bib suitable for endurance ride or race. OTW products are compressive and meant to fit like a second skin.
Minorca Ventilation Fabric - Italy
Mesh ventilation fabric that delivers breathability and comfort. It can maintain it’s shape and firmness while stretching with your body. High ventilation ensures that moisture can escape keeping you cool as you ride.
PowerGrip Sublimation Fabric - Italy
A single-ply, silicone-beaded sublimation fabric, used in key placements to maintain a subtle grip on the skin, yet allow the body to move freely with non-binding movement.
Composition: 62% Polyester / 23% Silicone / 15% Elastic
Shield Sublimation Fabric - Italy
Premier top-end performance fabric, designed for sportswear. It offers excellent compression, responsive stretch, and a durable, smooth sublimated finish.
Composition: 80% Polyester / 20% Elastane
Weight: 240 g/m²
OTW CYCLING PAD - ITALY
The OTW Cycling Pad is a high density, long-distance, crossover pad. This high-performance Italian pad combines the benefit of its multidirectional curvature with a smooth surface. These two specifications work together for perfect fit and increasing saddle stability. The pad’s central channel is engineered to relieve saddle pressure and favor blood flow. The perforations on the surface allow for higher air permeability, resulting in lower skin temperature and reduced moisture.