Lazer Vento KinetiCore Helmet - Metallic Red - Large

By Lazer
SKU: CZ2420224

£249.99
Tax included

In stock, despatched within 1 day
UK delivery 1-2 working days
Europe delivery 2-4 working days

Description

The Vento KinetiCore's lightweight; all-new aerodynamic design is engineered to go faster with no compromise. Built for those who want more than just marginal gains; the Vento KinetiCore provides superior comfort thanks to the Lazer ScrollSys adjustment system that lets you alter the fit on the move with a simple scroll of the belt.

Features:

  • Aerodynamic Performance: Designed in sprint position at a 15 degree angle with a reduced frontal surface
  • 360 retention with ergonomic belt: Refine your helmet's fit by scrolling the easy-to-use Lazer ScrollSys belt for the ultimate fit
  • Venturi ventilation system: Lazer's advanced ventilation system channels draws cool air into the helmet and expels hot air through the rear of the helmet to help cool you down when you're pushing hard
  • No pressure points and more ventilation: The floating front headband increases airflow and eliminates pressure points; to keep you more comfortable
  • Eyewear docking silicone: Keep your eyewear safe when you're not wearing by storing them securely in the vent docking system
  • LED light compatibility: Increase safety and visibility by attaching the Universal Lazer LED at the rear of the helmet
  • Lightweight: 24% lighter than Lazer Bullet 2.0 MIPS M CE
  • Reduced Plastics: 90g less plastics used than in Lazer Bullet 2.0 MIPS M CE
  • Weight: 290g (size Medium)
  • Sizes: S 52 - 56cm / M 55 - 59cm / L 58 - 61cm

Rated 5/5 stars by Virginia Tech*

*Since 2011 Virginia Tech have been providing unbiased helmet ratings that allow consumers to make informed decisions when purchasing helmets. Their impact tests evaluate a helmet's ability to reduce the linear acceleration and rotational velocity of the head resulting from a range of head impacts a cyclist might experience. Helmets with more stars provide a reduction in concussion risk for these impacts compared to helmets with fewer stars.