Leatt | Moto 2.5 Helmet Kit
Regular price
$175.00 Regular price Sold out Unit price
» Description
The Moto 2.5 helmet is perfect for proven protection without the premium price tag. Trusted impact protection, lightweight comfort, and ventilation that keeps you cool on the track come as standard. It’s backed by the same safety technology trusted across the Leatt range, including 360° Turbine Technology and multi-density impact foam, with ECE and DOT certifications to seal the deal.
» Features
- Injected polymer compound shell in three sizes
- Large ventilation channels
- Breakaway visor
- Washable, breathable liner
- ECE 22.06 DOT certification
» Additional Features
- 3-in-1 safety system: 360° Turbine Technology protects against rotational and low speed impact forces, and 2 density impact foam protects against high-speed impact forces
- Large ventilation channels for excellent cooling even at low speeds
- DD ring closure
- Breakaway visor function
- Designed for great neck brace mobility
- Plastic-free packaging Weight: DOTECE from 1,070g ± 50g (2.36lbs)
- ECE 22.06 DOT certification
- 3-year Leatt Helmet Replacement Program
Helmet Moto | Size guide
Leatt’s unique 360° Turbine Technology
Firstly, Turbines allow the helmet to rotate slightly on the head during impact, which reduces rotational acceleration to the head and brain and secondly, each Turbine is made of an energy-absorbing material that absorbs low-speed impact energy. Both rotational and low-speed linear impact forces are associated with head injuries and concussion.
How does it work?
•Turbines are designed to deform under impact, which dissipates crash energy that would otherwise be transmitted to the skull and brain. Their design means that they reduce forces in two directions.
•In a crash, the Turbines deform, allowing the helmet shell and inner lining to rotate relative to the head. This movement reduces the rotational acceleration transmitted to the head and brain, lessening the likelihood of head and brain injury.
•Turbines are made of a special impact-absorbing material that absorbs the linear forces associated with low-speed impacts, implicated in head and brain injuries.