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Motocross Helmets

Alpinestars Supertech SM10 Fame Matte Carbon

Helmet Alpinestars Supertech SM10 Fame Matte Carbon

Professionally designed, the Supertech SM10 Fame ECE 22.06 helmet is Alpinestars' most advanced MX helmet. Ref. 83002231902

The Alpinestars Supertech SM10 Fame helmet is ECE 22.06 approved, its 3K carbon and aramid shell with MIPS exceeds rotational acceleration by 76% and linear impacts by up to 46%, while A‑Head, four shell sizes, 28 vents, and ERS Visor Release with ejection system maximize fit, ventilation, and safe removal.

Elevate your riding experience with the Alpinestars Supertech SM10 Fame helmet.

Specifications:

  • Shell sizing system: four dedicated shell sizes (S–XL) for six sizes (XS–XXL) providing an anatomical fit that enhances comfort, reduces weight, and increases impact efficiency.
  • Chinbar design: raised and sculpted base with softer EPS and flexible rubber trim to clear the collarbone and help reduce the risk of injury.
  • A-Head adjustment system: patented height and tilt adjustment for a personalized setup that optimizes balance and stability.
  • Ventilation system: 28 individual ports (18 intake and 10 exhaust) offering high airflow for cooler, dryer performance.
  • Eject technology: integrated helmet removal system that aids safer helmet removal in emergency situations.
  • Lightweight construction: approximately 1260 g in size M (about 1310 g with cheek pads) to reduce neck fatigue on long rides.
  • The S-M10 is available in 2 versions: ECE R 22.06 and ECE R 22.06/DOT.
  • In rotational acceleration and oblique impact performance, the S-M10 exceeds the ECE 22.06 maximum rotational acceleration standard by 76%.
  • Removable semi-rigid polymer side pads increase the contact area to help dissipate impact energy.
  • MIPS multidirectional impact protection system.
  • ERS emergency release visor and a new visor extension for protection from debris and sun.
  • The shell lamination uses multi-composite molding: an outer layer of high-density 3K Carbon, a unidirectional carbon composite layer for radial strength, and an aramid fiber layer for penetration resistance, all bonded with epoxy resin for structural integrity.