Nutz 2.0 KinetiCore Helmet

Ensure your child is protected and comfortable as they experience the joy of exploring the world on two wheels for the first time. The Lazer TurnSys system with reflective sticker provides the best possible fit that's easy to adjust with a turn of the dial. KinetiCore's protection technology and extra temple coverage ensures improved protection, while the side buckle makes it easier to get the helmet on and off while avoiding painful pinches under the chin. LED light capability means your child will easily be seen, the inbuilt insect net stops bugs from getting in and the adjustable head basket can be expanded as your child grows. The Nutz is available in a range of fun designs and colours that will have your child racing to get in the saddle.

Specifications

• Fit system: TurnSys System
• Sizes: Kids uni-size (50-56cm)
• Weight: 240g
• LED: Universal LED

Features

Easy fit adjustment

The Lazer TurnSys system provides a tailored fit that's easy to adjust on the move with a simple turn of the dial. While a reflective sticker on the dial makes sure your child is seen.

No more skin pinch

A cleverly positioned buckle on the child's cheek rather than under the chin to avoid painful pinches of skin under the chin.

No more insects

An insect net stops bugs from flying into the helmet's front vents, minimising distractions or irritations.

Temple coverage

An extra level of protection across the skull's most sensitive area, boosting safety, comfort and confidence.

LED light compatibility

Increase safety and visibility by attaching the Universal Lazer LED at the rear of the helmet.

Increased rotational impact protection with KinetiCore

KinetiCore is designed to provide added safety to Lazer helmets. It protects against direct and rotational impact thanks to EPS foam blocks that crumple under impact and absorb the energy that otherwise would have reached the cyclist's brain.

The result of avoiding added-on plastics and reducing the quantity of EPS required, is improved performance with a reduced amount of materials.