Lazer Finch KinetiCore Helmet Black 50-56 cm

Product description

Set off on trail adventures with the Lazer Finch KinetiCore helmet, designed for maximum comfort and style. This helmet offers top-notch protection and excellent features that every cyclist will appreciate.

Key features:

• Unique trail design: The Finch KinetiCore helmet is specially made for trail riding. The stylish integrated solid visor not only looks great but also provides extra protection against sun and rain.
• Well-placed ventilation openings: Strategically positioned vents at the front ensure increased airflow, keeping your head cool even during demanding rides.
• Deeper coverage on the sides: The helmet provides better protection thanks to deeper coverage on the sides of the head, enhancing safety during technical terrain riding.
• TurnSys® system: Easy helmet adjustment even while riding. This system ensures a perfect fit and maximum comfort regardless of your head shape.
• Innovative KinetiCore technology: The patented KinetiCore technology offers protection against rotational impacts, significantly reducing the risk of injury during a fall.

Perfect choice for every ride:

Whether you're descending a technical trail at high speed or enjoying a relaxed ride with friends, the Lazer Finch KinetiCore helmet guarantees a perfect fit for all your cycling adventures. It’s the ideal combination of style, comfort, and top-level protection.

Advantages of the Lazer Finch helmet:

• One size fits all
• Simple and modern design
• Innovative KinetiCore technology
• Easy helmet adjustment even while riding
• Compatibility with LED lights
• Weight: 320g
• 12 ventilation openings

KinetiCore technology

KinetiCore is a proven and tested integrated protection against rotational forces in the event of an impact, patented by Lazer. KinetiCore is unique thanks to EPS foam blocks called controlled deformation zones, which collapse on impact and absorb energy that would otherwise harm the cyclist’s brain. The design also helps improve airflow and its integration into the helmet significantly reduces weight and material use.