Patagonia Cross Beta Sports Bra, Vests

4.5 (777) · $ 17.99 · In stock

Wrestle with slopers and crush crimps not your jugs. Simple, light and supportive and oh so comfortable it feels like it's barely there. Available in Migration: Cobalt Blue and Forge Grey.
**We only ship this product within Europe.**The Patagonia Cross Beta Sports Bra is a climbing specific sports bra made with an extremely soft, moisture-wicking 85% recycled polyester and 15% spandex jersey fabric with HeiQ® Fresh durable odor control. The removable high density foam cups retain their shape even after extended use and washing. The deep cross-over design front and back allows for support without the added bulk and tight compression of a traditional sports bra. Self fabric binding on the straps make them sit flat and reduces digging or twisting and the perforated elastic band is highly breathable. The bra is also certified fair-trade sewn. Climb all day and barely feel it. **Summary** - Moisture-wicking to dry sweat out fast - Ultrasoft fabric feels great next to skin - Crossover design provides low compression support - High-density cups hold their shape after extended use and washing - Soft mesh lining for next-to-skin comfort and power mesh for added support - Perforated elastic band for added breathability in high-sweat zones - Self-fabric binding on straps allows them to sit flat, reducing dig-in or twisting - Tearaway label for reduced bulk and added comfort **Weight** - 74 g (2.6 oz) **Fit** - Best for A/B cup, moderate support for B/C cups **Material** - Heathers: 5.3-oz 86% polyester (43% recycled)/14% elastane jersey. - Prints: 5.2-oz 85% recycled polyester/15% elastane jersey. - Both with a moisture-wicking finish and HeiQ® Fresh durable odor control. - Lining: 3.5-oz 100% polyester mesh and 4.7-oz 73% nylon/27% elastane power mesh. - Cups: 100% polyester with HeiQ Fresh durable odor control. - Fabric is certified as bluesign™ approved. - Fair Trade Certified™ sewn

Patagonia Women's Cross Beta Sports Bra - crossover front design that reduces heat retention and provides extra support at