Built for riders who chase speed under pressure, the 100% Armega Goggles in Lavingaad Mirror Silver Flash deliver elite-level clarity and control in high-glare conditions
The Armega combines 100%’s signature Ultra HD lens clarity with HiPER contrast-enhancing technology, giving you the ability to read terrain with sharper definition and faster response. The Lavingaad Mirror Silver Flash lens is tuned for bright light, reducing glare while boosting contrast — so every bump, rut, and berm comes into view with striking detail.
The injection-moulded, shatterproof polycarbonate lens is locked in with a 6-point retention system that keeps it secure no matter how rough the ride gets. A sweat-channeling frame and Force Air intake system work together to keep your vision clear, even under peak effort. Quick lens changes and all-day comfort come standard.
Relied on by pro riders worldwide, the Armega is made to perform at the highest level, lap after lap.
Key Features:
- Ultra HD lens for crystal-clear, distortion-free optics
- HiPER lens technology enhances contrast and colour
- Lavingaad Mirror Silver Flash lens reduces glare in bright conditions
- Injection-moulded, shatterproof polycarbonate for maximum impact protection
- 6-point locking tabs keep lens secure during aggressive riding
- Quick-change system for fast lens swaps
- Dual-injected frame with built-in sweat management channels
- Force Air intakes provide consistent airflow and fog resistance
- Triple-layer face foam for moisture control and comfort
- Compatible with tear-offs for race-ready visibility
Technical Specifications:
- Lens Type: HiPER Lavingaad Mirror Silver Flash, Ultra HD polycarbonate
- Frame: Dual-injected construction for strength and comfort
- Lens Retention: 6-point locking system with quick-change compatibility
- Ventilation: Force Air intake channels
- Foam: Triple-layer moisture-wicking face foam
- UV Protection: 100% UVA and UVB blocking
- Tear-Off Compatibility: ARMEGA tear-off system
- Best For: Motocross, supercross, and off-road racing in bright, high-glare conditions