SKI-DOO UNISEX RAYVIK X5 CARBON MIPS HELMET

Elevate your ride with the lightest helmet in our product range! Engineered for riders who demand uncompromising safety without added weight, the Rayvik X5 Carbon Mips Helmet delivers top‑tier protection, premium comfort, and race‑ready performance. Certified to both ECE 22.06 and DOT standards, this helmet meets the most stringent international safety requirements for confidence in every ride. The lightweight carbon fiber composite shell provides exceptional strength while reducing fatigue during long days on the trail. Integrated Mips® safety system technology helps reduce rotational forces during certain impacts, enhancing overall protection. Inside, multi‑density CONTEGO™ copolymer foam outperforms traditional EPS liners by improving energy absorption across a wider range of impact scenarios. Ventilation is optimized through multiple airflow channels, keeping you cool and focused in changing riding conditions.  The Rayvik X5 Carbon Mips Helmet combines advanced materials, cutting‑edge safety technology, and rider‑focused design into one premium package.

ECE 22.06 and DOT certifications

Lightweight Carbon Fiber Composite shell

Equipped with Mips® safety system

Multi-density CONTEGO™ copolymer foam formulation provides enhanced impact test performance over standard EPS foams

Cheek Pads equipped with emergency pull strap

Removable and washable interior liners

Customize your fit with multiple available cheek pads thickness

Prescription eyeglasses friendly.

Vibe universal communication system compatible

Camera mount ready 9291760090 (sold separately)

Micrometric quick-attach chin strap closure

Multiple airflow channels to keep you comfortable in all conditions

4-year limited warranty.

Weight: Size Large 1180 g +/- 50 g

Compatible with the Winter Magnetic Face Guard System (Sold separately)

The Mips® safety system is designed to provide added safety for helmets in many accidents. For certain impacts, the Mips system can reduce harmful forces that might otherwise be transferred to the user’s head.