The lightweight Anon Rodan helmet features MIPS Technology for ultimate head protection. With the Fidlock® Snap Helmet Buckle for efficiency, and 360° BOA® Fit System for adjustability, this versatile snowboard helmet is prepared for the journey ahead.
Construction
In-Mold Shell with EPS Liner
Liners
Expedition Fleece
Extras and Design Features
Boa Fit
Fidlock® Buckle
Vent Type
Fixed Venting
Certification
Not Specified
Weight (g)
430
Anon Warranty
All Anon Products are Backed by a 1-year Warranty From Date of Purchase. Anon Helmets are Also Backed by a 2-Year Crash Replacement Policy.
Details
MIPS Technology
360° BOA® Fit System Features a fit Dial Just Below the Helmet Shell That Provides Micro Adjustments in a Complete Halo Around the Wearer's Head
Compatible With Audio Accessories
Features
Construction
In-Mold Shell with EPS Liner - The benchmark for high performance protection, In-Mold helmets fuse a lightweight polycarbonate shell with an EPS liner for the best in comfort with a sleek, low profile fit and feel.
Liners
Expedition Fleece - Low pile and pill resistant, designed for maximum warmth and moisture-wicking during high heat riding and hiking.
Extras and Design Features
Boa Fit - Delivering the best in customizable helmet fit Anon has partnered with the industry leader Boa technology to create a fit system that allows for easy, on the fly micro adjustments with just a turn of the dial. Anon's Boa-powered fit system smoothly distributes pressure for all-day comfort, without adding any bulk to your kit.
Fidlock® Buckle - Fidlock's magnetic snap helmet buckle lets you open it with one hand, even when wearing gloves. Closing the buckle is just as easy, which means you can spend less time fiddling with your gear, and more time focusing on your riding.
Vent Type
Fixed Venting - Fixed venting means that air circulates throughout your helmet through non-adjustable vents.
Details
MIPS Technology - The Multi-Directional Impact Protection System (MIPS) separates the shell of the helmet from the liner via a low-friction layer. When the helmet experiences an angled impact, the low-friction layer allows the helmet to slide relative to the head. This action dramatically reduces the rotational force from an angled impact and decreases brain damage.
