Kask
Kask Nirvana WG11 Helmet
Kask Nirvana WG11 Helmet
Bianco / M
Biciscout.it CASALECCHIO DI RENO
Via Bazzanese 52
Piano Terra
40033 Casalecchio di Reno BO
Italy
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The Kask Nirvana helmet is designed to offer superior aerodynamics and exceptional ventilation, the Nirvana offers a remarkable 35% reduction in drag and a 19% increase in ventilation compared to the best aero helmets in its category. While establishing aerodynamic efficiency, the Nirvana also ensures thermoregulation and greater resistance. The goggle port perfectly integrates form and function. The patented Multipod system, KASK's 3D printed internal padding, reinforces the helmet against linear and rotational impacts. The OCTOFIT helmet retention system. The Nirvana's OCTOFIT+ helmet retention system provides a precise fit to improve safety and stability, while a reflective graphic on the rear increases the rider's visibility for greater safety on the road. Experience the perfect combination of innovation and performance with the Nirvana.
Characteristics:
- Use: Road
- Weight: 270g (M)
- Experience the perfect combination of innovation and performance with Nirvana
- Offers a remarkable 35% reduction in aerodynamic drag and a 19% increase in ventilation compared to the best aero helmets in its category
- The goggle port perfectly integrates form and function. The patented Multipod system, KASK's 3D printed internal padding, reinforces the helmet against linear and rotational impacts.
Technologies:
OCTOFIT RETENTION SYSTEM
The new over-injected rubber ball provides improved finger grip. The vertical stabilizer has been redesigned for increased stability and a custom fit for riders with longer hair. The ergonomic neck support ensures quick and secure contact with the back of the head.
AERODYNAMIC CONTROL
Incredibly aerodynamic and high-performance casing, tested in the wind tunnel and capable of providing truly impressive results. In any position your head takes, the air outlet will be perfectly aligned with the helmet.
MULTIPOD
An isotropic material that allows for better management of rotational impact energy and increases ventilation. It behaves the same when force is applied from any direction and can reduce shear stress between the head and the helmet interior.