Is the Supertech M10 Solid Helmet suitable for professional motocross racing?

Yes, the Supertech M10 is designed for professional-level motocross and off-road racing. It meets ECE certification standards and incorporates advanced protection technologies developed through Alpinestars' championship racing programs. The helmet's construction prioritizes impact energy management and reduced rotational forces, making it suitable for competitive MX environments.

How does the ventilation system perform during intense riding?

The Supertech M10 features an optimized ventilation system engineered to deliver excellent airflow without compromising structural integrity. The ventilation design works in conjunction with the helmet's aerodynamic profile to maintain cooling during high-intensity riding while keeping the overall weight minimal.

What makes the Supertech M10 different from other motocross helmets?

The Supertech M10 combines multiple performance advantages: a smooth aerodynamic shell designed to reduce friction and deflect impact energy, advanced materials that achieve minimal weight without sacrificing protection, and a surface curvature engineered to transfer forces away from the skull and neck. The design eliminates external channels that could act as load points during impact, prioritizing rider safety through racing-proven engineering.

Does this helmet fit true to size?

The Supertech M10 follows Alpinestars' standard helmet sizing. For the most accurate fit, refer to the Alpinestars helmet size guide and measure your head circumference. Proper fit is critical for both comfort and protection performance—the helmet should fit snugly without pressure points.

Can I use this helmet for both motocross and enduro riding?

Yes, the Supertech M10 is designed for all off-road disciplines including motocross, enduro, and trail riding. Its lightweight construction, ventilation system, and protection features make it versatile across different off-road riding styles and conditions.

Supertech M10 Solid Helmet ECE

motocross helmets

Regular price: $999.95 CAD

Size

Size guide

Color White Glossy

Product variants

Only 1 left in stock!

Free shipping above $300

30 days for exchanges & returns

Expertly designed for off‑road racing, the Supertech M10 Solid Helmet ECE 22.06 is Alpinestars’ flagship MX helmet for maximum protection and airflow. Its 3K carbon/uni‑directional carbon/aramid shell with 4‑density EPS integrates MIPS and exceeds ECE 22.06 impact thresholds, while 28 ports and the A‑Head Fitment System optimize cooling and fit. Benefits include reduced rotational forces, stable comfort at speed, and fast emergency visor release when the track fights back.

Fit system: Four dedicated shell sizes (S–XL) matched to six helmet sizes (XS–XXL) deliver an anatomical fit that boosts comfort, reduces bulk, and improves impact effectiveness.
Collarbone-safe chin bar: Raised relief profile with softer EPS extension and a flexible rubber edge helps clear the collarbone to reduce injury risk.
Micro-adjust fitment: Patented A‑Head Fitment System lets you fine‑tune angle and height for a stable, personalized fit.
Ventilation system: 28-port airflow (18 intake, 10 exhaust) channels heat and moisture out for cooler, clearer riding.
Emergency removal: Integrated eject helmet removal technology speeds safe extraction by first responders.
Lightweight design: Size M weighs as little as 1260 g, or 1310 g with lateral pads and 1370 g with sun/roost extension to reduce 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.