Alpinestars – Supertech Cloak Goggles

Alpinestars – Supertech Cloak Goggles

The Supertech Cloak Goggles are premium MX goggles engineered for motocross and supercross riders who demand race-level vision, comfort, and stability in aggressive off-road conditions. Championship-proven on top-tier racing circuits, they combine high-grade optics, optimized airflow, and advanced moisture management to maintain clarity, resist fogging, and stay comfortably locked in through every lap.

Key Features:

• Race-proven development: Tested in top-tier Motocross and Supercross to deliver consistent vision support and rider confidence in demanding off-road racing.
• Optics performance: High-clarity lens performance helps sharpen terrain reading so ruts, bumps, and line changes stay easier to track at speed.
• Sweat-control management: Advanced moisture control helps limit lens-area buildup to keep vision cleaner and the riding feel drier in hard sessions.
• Pressure-free comfort: Balanced frame feel helps reduce hot spots and supports a stable, comfortable fit through long motos and repeated runs.
• Ventilation flow: Optimized airflow helps circulate air through the goggle to support clearer vision and reduce fogging in changing race conditions.

Protection:

• Championship-proven frame design delivers elite-level impact resistance.
• High-grade polycarbonate lens provides superior eye protection.
• Secure strap system maintains stable positioning during high-speed off-road riding.
• Optimized peripheral vision enhances situational awareness in racing conditions.
• Engineered for seamless integration with Alpinestars motocross helmets.

Construction:

• Championship-proven frame architecture developed for professional Motocross and Supercross applications
• High-grade plastic frame construction for low weight, durability, and controlled flexibility
• Polycarbonate lens assembly with integrated moisture-management venting details
• Precision-molded interface for Alpinestars off-road helmets
• Wide-format frame profile and lens geometry with engineered peripheral coverage