Alpinestars GOGGLES Vision 5 Hollow Wind Goggle with Gold Mirror Lens - Model 5102225-7311

The Alpinestars GOGGLES Vision 5 Hollow Wind Goggle features a polycarbonate, anti-fog hard-coated lens that provides complete UVA protection, ensuring clear vision in various conditions. Designed for durability and performance, this goggle seamlessly integrates with the WIDE-VISION Roll-Off system, offering an ultra-wide field of view for enhanced peripheral awareness. The 17 mm thick multi-layer reticulated foam enhances comfort and helps with moisture management, making it suitable for extended wear. The specially engineered RAM-AIR ventilation system promotes optimal airflow and moisture release, reducing fog buildup and maintaining a clear lens during intense activities.
Constructed with a flexible Polyflex urethane frame, the goggles incorporate moisture channel technology to improve airflow and reduce sweat accumulation. The 45 mm wide woven strap, equipped with silicone traction control, ensures a secure fit for nearly every face shape, providing stability during rigorous movement. The gold mirror lens not only offers a stylish look but also helps reduce glare and improve visibility in bright conditions. This combination of advanced features makes the Alpinestars GOGGLES Vision 5 an excellent choice for motocross, off-road riding, or any high-performance sport requiring reliable eye protection and clear vision.

Features:

• Polycarbonate, anti-fog hard-coated lens: Provides 100% UVA protection and durability

• WIDE-VISION Roll-Off system integration: Offers an ultra-wide field of view for better peripheral awareness

• Ventilation system: RAM-AIR promotes airflow and moisture release to prevent fogging

• Foam padding: 17 mm thick, multi-layer reticulated foam for enhanced comfort and moisture management

• Frame material: Flexible Polyflex urethane with moisture channel technology for durability and airflow

• Strap: 45 mm wide woven strap with silicone traction control for a secure fit

• Lens: Gold mirror for glare reduction and improved visibility in bright conditions