Lazer Coyote KinetiCore Helmet Light Blue

Product description

Introducing the Lazer Coyote KinetiCore helmet in light blue – your perfect companion for trail adventures, offering top-notch protection and maximum comfort.

Key features

• Innovative Design and Cutting-Edge Technology: The Lazer Coyote KinetiCore is designed with demanding off-road conditions in mind. Featuring an integrated visor that can be easily moved up or down, it protects you from sunlight, rain, and low-hanging branches. The non-slip indentation on the shell keeps your glasses firmly in place even during intense rides.
• Adjustable Turnsys Technology: For a perfect fit, the helmet is equipped with Turnsys technology, allowing vertical adjustment and personalized fitting via a rotary dial. All this can be done effortlessly with one hand – even while wearing gloves!
• Magnetic Buckle and LED Light Preparation: The safety magnetic buckle enables easy and quick fastening and unfastening of the helmet. Plus, the rear of the helmet is prepared for mounting an LED light, ensuring you remain visible even when riding at dusk.
• Compatible with Accessories: The Lazer Coyote KinetiCore is ergonomically designed to hold goggles securely and is compatible with a winter liner, making it an ideal choice for every season.

With the Lazer Coyote KinetiCore helmet, you get not only advanced protection but also a stylish and practical accessory for your cycling adventures. Your safety and comfort come first! 🚴‍♂️🌟

Advantages of the Lazer Coyote Helmet

• Magnetic Closure
• KinetiCore Technology
• Ergonomic Goggle Mounting
• LED Light Compatible
• Winter Liner Compatible
• Weight 340g

KinetiCore Technology

KinetiCore is a proven and tested integrated rotational impact protection system patented by Lazer. KinetiCore is unique thanks to EPS foam blocks called controlled deformation zones that collapse upon impact to absorb energy that would otherwise harm the cyclist’s brain. The design also promotes better airflow and its integration within the helmet significantly reduces weight and material use.