Nytron

Black (Matte)
HL770001

Developed and engineered in the wind tunnel with the collaboration of Swiss Side world -class aerodynamic experts, Nytron blends ultimate safety, amazing aerodynamic performance with compact and light design. Thanks to the scientific combination of massive exhaust vents and internal directional power flow channels, Nytron awesome ventilation keeps the rider head cool lowering body temperature thus enhancing overall performance. Nytron exceeds the Rudy Project WG11 experimental protocol test. The WG11 rotational impact test is a protocol adopted by Rudy Project, in cooperation with accredited and notified bodies, to test and measure the performance of the helmets against rotational impacts.

Version
NYTRON BLACK MATTE S/M HL770001
HL770001
NYTRON BLACK MATTE S/M HL770001
HL770011
NYTRON WHITE MATTE S/M HL770011
HL770021
NYTRON RED/BLACK MATTE S/M HL770021

Size

  • Gender UNISEX
  • Weight S/M 250 g. | 8,8 oz - L 300 g. | 10.6 oz
  • Dimension S-M (cm55 – 58 / 21,7” - 22,8”) - L (cm59 – 61 / 23,2” - 24”)
  • Certifications CE/EN 1078 , CPSC 12.03,

Tech Specs

  • 15 Vents Flow Through Ventilation
    15 Vents Flow Through Ventilation
  • Divider Pro Side Buckles
    Divider Pro Side Buckles
  • Fastex System Closure Buckle
    Fastex System Closure Buckle
  • Free Padd Interchangeable Comfort Padding
    Free Padd Interchangeable Comfort Padding
  • RSR 10 M Adjustable Retention System
    RSR 10 M Adjustable Retention System
  • Impact rotational test
    Impact rotational test

All videos

NYTRON - Fitting Adjustament

Spare Parts and Accessories

Nytron

Triple in Mold Construction

In-Mold technology allows us to cast the external polycarbonate outer shell directly during the injection stage of the expandable polystyrene (EPS) impact-absorbing foam. The result is a much more rigid structure which is knock-resistant and extremely light, allowing for better ventilation system. The combined action of the EPS structure, the polycarbonate cap and exo-skeleton creates resistance to the mechanical action exercised by an impact and dissipates the energy in order to prevent it from being transferred to the head of the person wearing the helmet.

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