Lazer Maze Jr KinetiCore Helmet Dusk Blue 50-56cm

For your urban playground

Maze Jr KinetiCore combines modern tech and safety features with a traditional deep fit skate helmet, resulting in a trendy kids helmet perfect for city rides or other action sports. The helmet consists of interlocking components by use of the patented Lazer EcoLoc eliminating the need for glue. This allows you to easily disassemble the helmet at the end of its lifecycle and sort the different materials correctly at home.

Features

• Easy fit adjustment: The TurnSys fit system provides a tailored fit that's easy to adjust on the move with a simple turn of the dial.
• Designed to disassemble: Maze KinetiCore consists of interlocking components by use of the patented Lazer EcoLoc. Its zero-glue construction enables the user to easily disassemble the helmet at the end of its lifecycle and sort the different materials correctly at home.
• Eyewear friendly: Subtle recesses in the helmet design make room for the legs of your (sun-)glasses.
• ASTM certified: This helmet is ASTM certified. This standard features a lower test line on the sides and back of the helmet than most other helmet standards.
• Winter Kit compatible: Power through the colder winter days and stay warm with the protective winter kit.
• LED light compatible: Increase safety and visibility by attaching the Universal Lazer LED at the rear of the helmet via the Direct Mount.
• Eco-conscious: The various colors of Maze KinetiCore are achieved by injecting color into the helmet shell, eliminating the need for paint. As well as eliminating stickers by ingraining logos in the helmet shell.
• 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.

Specifications