Lazer Finch KinetiCore AS Grey Helmet Unisize

Get Stoked!
The Finch KinetiCore is blurring the lines between a youth and a adult trail helmets. It's a helmet with professional features such as a stylish integrated visor, well installed brow vents for increased ventilation, deep coverage on the sides for stronger protection and the Lazer TurnSys system for an easy to adjust fit while you are shredding your way through the trails. This helmet is your perfect buddy to go out on those fast and technical tracks with your friends. Get stoked together!

Better By Design
After years of testing, refining and perfecting our helmet technology, the result is Lazer's new Proprietary Integrated Rotational Impact protection. A more advanced protection technology built for every cyclist.

Ingenuity Built-In - Not Added On
KinetiCore is the result of a decade-long search for a new improved technology. It protects against both direct and rotational impact thanks to unique EPS foam blocks called controlled crumple zones that crumple under impact and absorb the energy that otherwise would have reached the cyclist's brain.

Up to 12% Better Cooling Efficiency
All riders need air moving through the helmet to keep their head cool, especially during courses when the body temperature rises. As KinetiCore is built-in, it means the helmets are designed with innovative vents that channel cool air through to the back of the helmet and expel warm air. This boosts comfort, providing an even more enjoyable ride.

Up to 23% Lighter
A lightweight helmet can increase comfort as well as speed and aerodynamics. With this in mind, we spent years reducing the amount of plastic and EPS foam used in construction, thereby reducing the overall weight. The fact that KinetiCore is integrated into the helmet rather than added on as an additional feature, supports in dropping grams.

Up to 100 Grams of Material Reduction
KinetiCore is made with less plastics than previous comparable models. We are committed to finding ways to reduce our impact on the environment. By avoiding added-on plastics and reducing the quantity of EPS foam required, we achieved the goal of improved performance while reducing the amount of material used.