EVS Evo Chest Protector W/RE ZRO

Details

High-performance protection. Ultra-low profile. Powered by RE ZRO.
The EVS Evolution Chest Protector redefines upper body protection with RE ZRO®—a revolutionary impact material that’s breathable, flexible, and built to perform. CE EN 1621-3 Level 1 chest and CE EN 1621-2 Level 1 back protection are seamlessly integrated into a lightweight, low-profile chassis that contours to your body for a secure, barely-there fit. Designed for motocross, off-road, and multi-discipline riding, the Evolution sets a new standard in comfort-driven, high-impact protection.

• RE ZRO® Impact Protection: is High-performing breathable, flexible,
  and sustainable impact technology—engineered to deliver superior protection with minimal bulk.
• Soft Touch Liner: Anti-chafing fabric that reduces irritation
  and enhances next-to-skin comfort, even in
  high-friction zones.
• Air Flow Ventilation: Integrated chest and back venting system helps regulate body temperature and increase airflow during intense activity.
• Low-Profile Buckle System: Sleek, secure, and streamlined for a no-bulk fit that won’t get in your way.
• Adaptive Fit Strap System: Precision adjustment zones allow for a dialed- in, secure fit that stays put under movement.
• Hexprene®: Class-leading engineered fabric derived from aviation applications—offers zonal support, maximum airflow, and reliable impact performance.
• AirLock Mesh Panels: Durable open-mesh zones on front and back panels promote cooling and help block out debris.
• CE Certified: Chest is CE Certified Chest Protector (EN 1621-3) - protection against mechanical impacts, Back- Exceeds CE 1621-2 Level 1.
• RECYCLABLE: Made from a single-source polymer, every RE ZRO component is fully recyclable, making end-of-life processing simple and sustainable.
• LIGHTWEIGHT: Proprietary materials and streamlined design result in ultra-light protection that reduces fatigue and stays comfortable—even during long, intense rides.
• FLEXIBLE: Built for athletic performance, RE ZRO remains highly flexible—even in extreme cold—delivering unrestricted movement without sacrificing protection.