The SCOTT Prospect is an absolute highlight among MX goggles. It gives the rider a maximum field of vision due to the extra height of the lens. In addition, it features an innovative SCOTT lens lock system that makes the lens stay in the frame no matter what impact is coming from outside. To avoid slipping of the goggle, it is equipped with an extra wide, no-slip silicone strap. This strap together with articulated outriggers, highly contributes to the improvement of the helmet integration.
– Lens Lock System
– Articulated outriggers
– 3-layer molded face foam
– Extra wide no-slip silicone strap
– SCOTT TruView single WORKS lens
– NoFog Anti-Fog lens treatment
– Bonus clear lens included
– Microfiber goggle bag
NoFog Anti-Fog Lens Treatment
SCOTT lenses undergo a permanent No Fog treatment process to prevent condensation and fogging.
SCOTT TruView single lens with 4 WORKS pins
SCOTT TruView lenses are lightweight and block 100% of harmful UV rays. TruView lenses pass SCOTT s strict testing procedures delivering high quality, performance lenses. Different to traditional SCOTT MX lenses, this lens comes with 4 works pins instead of 2. The 4 pins provide more stability for the tear offs. With this system the tear offs will always remain tight to the lens and provide the rider a better vision.
Lens Lock System
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.
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 Prospect nose guard can be easily removed and re-assembled. Three pins guarantee the nose guard attachment to the frame.