Expertly developed to be the most advanced motocross helmet, the Supertech M10 Flood is engineered for professional off-road performance and elite protection. Featuring a 3K carbon multi-composite shell and ECE 22.06 certification, it delivers superior impact dissipation and rotational energy management via the integrated MIPS system. Includes: A-Head fitment system, emergency visor release, and a specialized visor extension.
Shell Sizing Strategy: Four individual shell sizes (S, M, L, XL) and six consumer sizes (XS-XXL) ensure an anatomical fit, reducing weight and maximizing impact protection effectiveness.
Collarbone Protection: Redesigned chin bar with a sculpted base and soft EPS liner extension covered in flexible rubber to minimize the risk of collarbone injuries.
A-Head Fitment System: Patented technology allows riders to easily customize the helmet's height and angle for a personalized fit.
Superior Ventilation: Ultra-ventilated design featuring 28 individual intake and exhaust ports (18 intakes, 10 exhausts) for maximum airflow.
Eject Technology: Includes the integrated Eject helmet removal system for safer emergency extraction.
Lightweight Performance: Engineered for agility with a weight of 1260g (ECE) and 1310g with side pads (1370g with visor extension).
Safety Certification: Fully conforms to the latest ECE R 22.06 standards.
Advanced multi-composite shell construction integrates 3K high-density carbon, uni-directional carbon composite, and an Aramid fiber layer for superior energy dissipation and penetration protection.
Epoxy resin bonding enhances shell strength and energy management, spreading impact forces across the 4-density EPS liner.
Engineered to exceed ECE 22.06 standards by an average of 46% for regular-speed linear impacts.
Superior performance in low-speed and high-speed linear impacts, surpassing ECE 22.06 Peak Linear Acceleration standards by 23% and 28% respectively.
Advanced multi-composite shell construction featuring a 3K high-density carbon outer layer for optimized energy dissipation.
Uni-directional carbon composite layer provides superior radial strength and controlled deflection to reduce transmitted impact energy.