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Leatt Gravity 5.0 Full Face Helmet Blue
Race-ready protection with a BOA adjustment system and a lightweight carbon shell
Sold and shipped by Sport & Go
Race-ready protection with a BOA adjustment system and a lightweight carbon shell. The LEATT MTB Gravity 5.0 represents the next technological evolution of Leatt, designed for intense enduro races and bike park days where fit, breathability, and confidence are essential. As the first full-face helmet to incorporate the BOA FS2 adjustment system, it offers a secure 360° wrap with precision micro-adjustment and dual-position cheek pads for a truly customizable fit. Its lightweight thermoplastic carbon shell keeps the weight at only 710 g, while Leatt's advanced 360° Turbine EVO technology enhances low-speed impact absorption and reduces rotational forces through a unique 3-in-1 safety system. A removable chin guard allows for air circulation adjustment or debris blockage, and the included semi-transparent visor extension offers additional protection in bad weather. Featuring a moisture-wicking liner, a Fidlock magnetic buckle, and compatibility with neck protection, the Gravity 5.0 is designed for riders seeking lightweight comfort and optimal protection when every second counts. DETAILS: Optimal compatibility with LEATT neck protection Discipline: MTB Certifications: ASTM F1952 15, EN1078, CPSC 1203. Paired with impact foam, the 360° Turbine technology provides a unique 3-in-1 safety system, protecting against low and high-speed impacts, as well as rotational forces. Two-piece shell: lightweight polymer upper shell and thermoplastic carbon rear shell with polymer chin guard. Breathable, odor-resistant, and washable inner liner that wicks moisture. Moulded impact foam for excellent energy absorption. Fidlock magnetic buckle. BOA FS2 helmet adjustment system for top comfort and fit. 360° Turbine: 360° EVO Turbine technology, the latest evolution in low-speed impact protection and rotational force. Removable chin ventilation cover. Detachable visor - protection in case of a fall to reduce rotational impact force.
