Leatt Gravity 6.0 Carbon MTB Helmet - white

Downhill certified helmet with 360° turbine technology & breakaway visor.

Highlights of the Leatt MTB Gravity 6.0 Carbonhelmet

• Lightweight downhill-certified helmet
• M-Forge Carbon shell with composite chin guard, in two shell sizes
• Maximum ventilation with 22 vents
• Removable mouthpiece ventilation cover
• DD-ring closure system
• 360° Turbine Technology - Reduces peak brain acceleration by up to 30% at impact velocities associated with concussions
• Dri-Lex® moisture-wicking, breathable, odor-resistant and washable lining
• Optimal compatibility with neck braces
• Visor with breakaway function to reduce rotation in the event of an impact
• Molded-in EPS + EPO impact foam for excellent energy absorption

Details of the Leatt MTB Gravity 6.0 Carbonhelmet

This carbon MTB helmet in M-Forge construction is characterized by excellent ventilation, low weight and first-class comfort. The ASTM DH-certified helmet is the first choice for enduro and bike park riders. Whether uphill, downhill, on your head, on an e-bike or on the trail - with the Gravity 6.0 you are perfectly equipped. The M-Forge carbon shell is less brittle and more flexible than conventional carbon. This extends the service life of the helmet and, above all, increases the protection of your head and brain. The full-face-only design offers excellent ventilation and features a clever, modular mouthpiece that can be removed to increase airflow. And the particularly practical Fidlock® magnetic buckle is easy to operate even when your fingers are cramped from all the arm pumping! It's important to use a helmet that reduces both rotational and linear impact energy to your head and brain. All Leatt helmets feature 360 ̊ Turbine technology. This design uses a network of small disks made from a non-Newtonian, energy-absorbing material. Because these turbines can move 360 ̊ (omnidirectionally), this technology has two exclusive benefits: reducing rotational acceleration to the head and brain and absorbing energy on impact at concussion level.