SCOTT MOTO PROSPECT WFS DEMO GOGGLE

SCOTT lenses undergo a permanent No Fog™ treatment process to prevent condensation and fogging.

The Prospect has two pivoting outriggers that adapt to any helmet shape and size. The resulting pressure created by the goggle on the rider’s face provides a complete and consistent seal. For the Prospect WFS the pivoting outriggers enable a slick integration of the canisters for an unmatched look even with the roll offs attached.

The lens lock system by SCOTT has been designed to guarantee the safest lens retention on the market. To avoid the lens coming out, SCOTT has designed this innovative lens lock system which features 4 locking pins that go through the lens instead of grabbing it from the top.

In order to ensure that riders are safe from the impact of pebbles and flying debris, all SCOTT lenses not only meet, but exceed the required impact resistance standards required for MX lenses.

All SCOTT lenses are optically engineered to screen out 100% of harmful UVA/UVB rays.

This unique face foam consists of a microfiber layer that is extremely water absorbent. It soaks up moisture fast and avoids sweat getting into your eyes or inside the goggle.

The Prospect nose guard can be easily removed and reassembled. Three pins attach the nose guard to the frame.

The SCOTT WORKS Film System (WFS) consists of two canisters – the WORKS Motorside Canister and the WORKS Supplyside Canister. Both are attached to the goggle lens. The Motorside Canister has a strong engine and enough space to roll off the full dirty film, while the Supplyside Canister holds the film.

No need for tools, no need to waste time. Simply click the canisters onto the WORKS pins and ride. The red lever ensures the canister is safely attached to the pins. This system is the ultimate in WORKS technology – switching from roll-offs to tear-offs has never been this easy. One lens does it all!

The anti-stick grid with an integrated mudflap provides a clear view throughout the entire ride. The mudflap is made out of a transparent material that offers a larger field of vision in dusty or less extreme conditions.