Supertech M10 Flood Hjälm ECE 22.06

motocross helmets

9,350.00 kr

Färg:

Storlek

Storleksguide

XS S M L XL XXL

Tjäna 1560 poäng med Alpinestars Membership

Professionellt utvecklad för offroad‑tävling är Supertech M10 Flood Hjälm ECE 22.06 Alpinestars mest avancerade motocrosshjälm. ECE 22.06‑certifierad och konstruerad med multikompositskal i 3K kolfiber, fyrdensitets‑EPS och MIPS för att hantera linjär och rotationsenergi. A‑Head‑passformsjustering och 28 ventilationskanaler ökar komfort och stabilitet, medan det omdesignade hakpartiet och ERS‑visirfrigöring ger säkrare hantering.

• Shell sizing solution: four dedicated shell sizes (S–XL) across six fit sizes (XS–XXL) deliver an anatomical fit that improves comfort, lowers weight, and enhances impact effectiveness.
• Chin bar design: raised relief profile with softer EPS and a flexible rubber cover helps clear the collarbone to reduce the chance of collarbone injury.
• A‑Head Fitment System: patented angle and height adjustment lets the helmet sit precisely on the head for personalized stability and comfort.
• Ventilation system: 28 ports (18 intake, 10 exhaust) drive high airflow for cooling during intense rides.
• Emergency removal system: integrated eject technology facilitates safer, quicker helmet removal by first responders.
• Lightweight construction: approx. 1260 g (size M), 1310 g with side pads, and 1370 g with visor extension to help reduce neck fatigue over long motos.

• The S-M10 is available in 2 versions: ECE R 22.06 and ECE R 22.06/DOT.
• For rotational acceleration and oblique impact performance, the S-M10 exceeds the ECE 22.06 Peak Rotational Acceleration standard by 76%.
• Removable side pads made from a semi-soft polymer increase contact area to help disperse impact energy.
• MIPS Multi-directional Impact Protection System.
• ERS Emergency Visor Release and a new Visor Extension to provide protection from roost and the sun.

Shell lay-up uses multi-composite molding: a 3K Carbon high-density outer layer, a uni-directional carbon composite layer for radial strength, and an aramid fiber layer for penetration resistance, all bonded with epoxy resin for structural integrity.