FOX FLEXAIR RYVR LE PANTS [WHITE/NAVY]

The RYVR Limited Edition Collection connects dynamic movement and fluid performance with a hint of danger–a graphic that shimmers with the calm of a pool or stream; it's natural that the gear in this collection deliver on these unspoken qualities of water. From our coveted boots, to the V3 RS Helmet, and racewear, RYVR is ready to help you find your flow.

Mobility is everything when it comes to dialing in your best performance on the bike, and the Flexair Detonate Pants are all about moving with you, at every turn. Designed to function seamlessly with the human body, they’re cut from lightweight and flexible materials which anticipate your every move. Flexair gear is race-proven in some of the most demanding conditions by some of the world's top motocross athletes—these pants are ready to be your new partner in dirt.

Utilizing our Rider Attack Position (RAP™) construction for greater comfort and fit while in the riding position, the main body uses TruMotion® stretch fabric for a balance of mobility and durability. A double-layer knee system combines a full-grain leather outer knee with an abrasion-resistant inner knee, guarding against both external and internal wear and tear, while the knee system is also smartly tailored for compatibility with braces and guards. To help regulate body temperature, strategically placed venting is incorporated to increase airflow.

Put in those hot laps, cool, calm, and loose—the superior mobility and movement of the Flexair Detonate Pants will be right there with you.

• Rider Attack Position (RAP™) construction for improved ergonomic fit on the bike 
• TruMotion® zonal all-way stretch panels provide unmatched mobility 
• Precision knee paneling for a slim fit over braces or guards 
• Double-layer knee system with a full-grain leather outer and abrasion-resistant inner layers provides increased durability against knee braces, guards, and the bike 
• Minimalistic internal liner to reduce chaffing 
• Reinforced 600D saddle panel to increase durability without sacrificing performance