HELMET GPX 4.5 V20.2 LIME ECE Expand

HELMET GPX 4.5 V20.2 LIME ECE

LEATT LEATT

New

The helmet is lined with 360 ÌŠmoving discs constructed from an energy-absorbing material.This technology has two key advantages, reduction of rotational acceleration to the head and brain, and the absorption of energy upon impact at concussion level.The entire outer shell is reduced in volume, resulting in a significant decrease of rotational acceleration to the head and brain at impact

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229 €

tax excl.

Ne pare rau, dar produsul nu este momentan disponibil

Taxa de livrare este calculata de catre firma de curierat in functie de greutatea coletului si numarul de km. Transportul este gratuit la comenzi mai mari de 500 lei.



Injected Polymer Compound shell in three sizes
360° Turbine Technology

Reduces up to 30% of head impact at concussion level
Reduces up to 40% of rotational acceleration to head and brain


Reduced outer shell volume

A 10% smaller shell, transfers up to 20% less rotational forces to the neck, head and brain


Multi-density, V-shaped impact foam molded directly to the outer shell significantly reduces G-forces transferred to the head and brain
Dri-Lex® moisture wicking, breathable, anti-odor and washable inner liner
Optimal neck brace compatibility
Maximized ventilation: optimized for off-road racing and effective even at very low speeds
Visor with breakaway function for rotational reduction in a crash
Emergency cheek pad removal
Hydration ready (with optional hands-free kit)
Certified and tested: ECE 2205, DOT
Weight:

ECE from 1150 ± 50g (2.53 lbs)
DOT from 1280 ± 50g (2.82 lbs)




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HELMET GPX 4.5 V20.2 LIME ECE

HELMET GPX 4.5 V20.2 LIME ECE

The helmet is lined with 360 ÌŠmoving discs constructed from an energy-absorbing material.This technology has two key advantages, reduction of rotational acceleration to the head and brain, and the absorption of energy upon impact at concussion level.The entire outer shell is reduced in volume, resulting in a significant decrease of rotational acceleration to the head and brain at impact

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