Laminated Tearoff Bell Vador RaceQuip Vesta

The Laminated Tearoff Bell Vador RaceQuip Vesta helmet shield is a precision-engineered optical component designed for high-performance racing and tactical helmet applications. Built for operators and drivers who demand uncompromised visibility under extreme conditions, this tearoff system eliminates the need to remove your helmet during rapid visibility restoration. Racing Optics has engineered this shield to maintain optical clarity while providing durable, replaceable protection against dirt, debris, and environmental contamination—critical for sustained operational effectiveness in the field or on the track.

This laminated tearoff shield measures 12.25 inches center to center and features a protective 2mm thick clear polycarbonate construction with an integrated nose notch for ergonomic fit and unobstructed breathing. The laminated design prevents shattering and maintains structural integrity under impact or thermal stress, while the tearoff mechanism allows rapid removal of the compromised outer layer without interrupting your operation. Each set includes 30 individual tearoff films, providing extended operational cycles before shield replacement becomes necessary. The plastic construction balances optical transparency with lightweight performance—critical when every ounce matters in tactical or racing environments.

This shield is engineered specifically for Bell Vador and RaceQuip Vesta 15 helmet models, ensuring precise fit and secure retention during high-speed operations or tactical maneuvers. Law enforcement and military personnel operating in dusty, high-visibility environments benefit significantly from the rapid tearoff capability—no dismounting required, no mission pause. The 30-pack format suits training cycles, deployment rotations, or competitive racing seasons where multiple visibility restoration cycles occur regularly. Installation is straightforward, and tearoff replacement takes seconds, making this an essential component for any operator prioritizing mission continuity and optical performance.