Developed and proven on the elite Motocross and Supercross racing circuits, the Supertech Vision Vista Goggles are Alpinestars' premier off-road eyewear, already boasting two championship titles. Featuring advanced moisture management and a championship-proven tinted lens, they provide crystal-clear vision and unmatched comfort in the most demanding racing conditions. Optimized for professional performance, these goggles deliver superior protection, ventilation, and a secure fit for all-day riding.
Key features
- - Championship-proven performance developed and tested on top-tier Motocross and Supercross racing circuits.
- Mirror blue lens provides crystal-clear vision and superior optical clarity in various light conditions.
- Advanced moisture management system engineered to effectively wick sweat and prevent fogging during intense riding.
- Optimized frame construction delivers unmatched comfort and secure fit for off-road and motocross enthusiasts.
- High-performance design focused on peak durability and rider focus across all skill levels.
Protection
- - Championship-proven performance developed and tested on top-tier Motocross and Supercross circuits
- Engineered for peak impact protection and durability in off-road racing conditions
- Crystal-clear vision and advanced optics for high-speed obstacle detection
- Effective moisture management system to maintain visibility during intense physical exertion
- Secure fitment designed to integrate seamlessly with Alpinestars motocross helmets
- Optimized for professional and enthusiast-level off-road and motocross competition
Construction
- - Championship-proven frame construction for off-road and motocross racing
- Advanced moisture management system to handle intense physical exertion
- High-grade plastic frame materials for durability and flexibility
- Integrated cooling channels within the frame architecture
- Multi-layer foam interface for a secure and comfortable facial seal
- Mirror blue lens with specialized coating for optical clarity
- Wide-vision perimeter design for enhanced field of view