Unique characteristic of gripping
The core of these handles is filled with a non-non-newtonian Reaflex gel from Leatt, which absorbs energy and significantly reduces vibrations. Non-newtonian material responds to the type of forces that act on it: the higher the forces, the greater the resistance the material puts. This means that Reaflex is particularly effective in damping microvibration.
A conical profile with a variable diameter and a larger amount of material at the outer edge, where there is greater contact, reduces the pressure of the hand and increases damping. Soft, flexible ribs around the thumb and forefinger improve the grip and prevent sliding. The half and triangular tread blocks provide extra traction and control of the fingers. The handle interface is soft, which promises a good balance between tactile feeling and durability. The ends of the handlebars with impact protection are protected by handlebars, cars and walls. Available in two diameters (conventional 31 mm and thin 29 mm) and in 4 colors.
The core of the handle is filled with non-non-newtonian Leatt reaflex gel, which absorbs energy, thereby noticeably reducing the vibrations transmitted to the rider and reduces arm fatigue and pressure in the shoulders.
Soft TPR Layer for better tactile feeling and balanced resistance.
One internal insurance ring increases the usable grip space. Installation and location are facilitated by a 3 mm Imubus key to prevent screw rounding.
Available in a normal size of 33/31 mm and a thin size of 31/29 mm.
A conical profile with a variable diameter and a larger amount of material at the outer edge reduces the pressure on the hand and improves damping.
Central palm support for impact reduces hand fatigue and improves impact protection.
Soft flexible ribs around the thumb and index finger improve the grip and prevent sliding.
Half the waffle and triangular tread blocks provide extra traction and control of your fingers.
The handlebar protective ends are protected by the handlebars, cars and walls.
Weight: ± 106 g per pair.
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