Skip to product information
1 of 10

Low stock

Lazer

Lazer - Coyote KinetiCore - Matte Black

Lazer - Coyote KinetiCore - Matte Black

Regular price $109.99 USD
Regular price $109.99 USD Sale price $109.99 USD
Sold out
Color: Matte Black
Size

SKU:AP7FT-01-SM

  • Free Shipping on Orders over $69
  • Fast and Easy 90-Day Returns
  • Best Price Guarantee

With versatile adjustability, advanced KinetiCore protection and Winter Kit compatibility to keep you riding long into the cold season, this breathable lid inspires confidence on singletrack. Whether you're chasing tech or flow, the durable Coyote KinetiCore delivers on style, performance, and advanced protection all in one sleek package.

Features

  • KinetiCore Controlled Crumple Zones absorb the force of both direct and rotational impacts in the event of a crash to redirect energy into the helmet and away from your head
  • No more fumbling with your helmet buckle while wearing gloves—the Lazer magnetic buckle can be quickly undone with one hand and gloves on
  • Recesses in helmet shape remove the pressure on your head caused by the arms of sunglasses
  • Increase visibility by attaching the Universal Lazer LED (not included) to the hook-and-loop mount at the back of the helmet
  • Lazer Advanced TurnSys dial system provides a tailored fit that's easy to adjust on the fly
  • Goggle grip reduces risk of goggle slip and blocking visibility
  • Improve visibility on the trail and make space for your goggles or eyewear by easily moving the visor up or down
  • This helmet is 3% lighter than the Lazer Coyote Mips helmet
  • Uses 10 g less plastic than the Lazer Coyote Mips helmet
  • For those brisk winter rides, add the soft fleece Winter Kit (not included) for a cold-weather conversion that keeps you powering through all year round
  • This helmet scores a "Best Available" 5-star protection rating from Virginia Tech; Virginia Tech recommends the use of any 4- or 5-star rated helmet
  • Virginia Tech uses the STAR Evaluation System to determine a helmet's ability to reduce linear acceleration & rotational velocity of the head resulting from a range of impacts
View full details