Scott Off-road goggles

The SCOTT Fury Goggle is guaranteed to shake things up. Shaped by innovation, technology and design, the Fury follows in the steps of our flagship goggle, the Prospect. Featuring our proven SCOTT Lens Lock System, 3-layer face foam, no-slip silicone strap, and supporting all the same accessories as the Prospect, this low-profile, high-performance motocross goggle was fully developed to Defend Your Vision in any and all conditions.


Specifications:

Frame technologies:
- Lens Lock System
- 3-layer face foam
- No-slip silicone strap

Lens technologies:
- SCOTT TruView single WORKS lens
- NoFog™ Anti-Fog lens treatment

Extras:
- Bonus clear lens included


Technology:

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 four WORKS pins instead of two, providing more stability for the tear-offs. With this system the tear-offs will always remain tight to the lens and give the rider better vision.

Nofog™ anti-fog lens treatment:
- SCOTT lenses undergo a permanent NoFog™ treatment process to prevent condensation and fogging.

Impact resistance:
- 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.

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

3-Layer face foam:
- This three-layer, open-celled face foam with fleece has excellent moisture-absorbing properties, and offers increased levels of comfort and an improved fit thanks to the extra layer of protective foam.

Lens lock system:
- The SCOTT Lens Lock System has been designed to guarantee the safest lens retention on the market. To avoid the lens coming out, this innovative Lens Lock System features four locking pins that go through the lens instead of grabbing it from the top.