Protection for All

What Is KinetiCore and Why Did Lazer Create It?

KinetiCore is Lazer's integrated impact protection technology, designed to help manage both direct and rotational impact forces using engineered crumple zones built directly into the helmet's EPS construction.

Rather than adding a separate protective liner, Lazer developed KinetiCore as part of the helmet itself. The goal was to combine impact protection with low weight, ventilation, comfort, and more efficient material use.

Developing that system meant rethinking traditional helmet construction from the ground up.

Lazer's design and engineering team spent more than a decade developing what would eventually become KinetiCore.

What Types of Impact Can a Bike Helmet Experience?

One of the key steps in developing KinetiCore was examining how helmets interact with different types of impacts.

In simplified terms, bicycle helmet impacts can involve both direct and rotational forces.

Direct Impact

A direct impact occurs when the helmet strikes a surface more directly. In this type of event, the helmet's structure is designed to help manage the energy created by the impact.

Rotational Impact

Rotational forces can occur when the helmet strikes a surface at an angle and the head experiences a twisting or turning motion.

Managing rotational motion has become an important area of bicycle helmet development because real-world crashes do not always happen in a perfectly straight line.

These angled impacts can happen in many riding situations, whether descending a mountain road, riding technical trails, commuting through the city, or enjoying a casual weekend ride.

How Did Lazer Develop KinetiCore?

Developing a new integrated impact protection system required extensive design, simulation, prototyping, and physical testing.

Lazer engineers used advanced computer-aided design and simulation tools to evaluate how different helmet structures might respond to specific impact conditions.

This digital development process allowed the team to test and refine many concepts before producing physical prototypes, saving time and materials while narrowing down the most promising designs.

What Inspired KinetiCore's Controlled Crumple Zones?

One of the major breakthroughs came from a familiar concept in automotive engineering: crumple zones.

In a car, certain structures are designed to deform during a collision to help manage impact energy. That idea helped inspire Lazer's engineers to experiment with specially shaped structures inside a bicycle helmet.

The result was Controlled Crumple Zones, engineered sections of EPS designed to deform during certain impacts and help manage energy within the helmet.

Lazer tested thousands of digital concepts and more than 5,000 physical helmets during the development process before arriving at the KinetiCore designs used in production.

Why Build Impact Protection Into the Helmet?

Lazer wanted KinetiCore to do more than address impact forces. The system also needed to work alongside the other performance characteristics riders expect from a modern helmet.

By integrating the Controlled Crumple Zones directly into the EPS, Lazer could optimize the surrounding helmet structure for low weight, ventilation, and impact protection.

Removing the need for a separate internal liner can also reduce additional material and create more freedom for airflow channels and ventilation openings.

The result is KinetiCore, an integrated system designed around the entire helmet rather than added after the core structure is complete.

How Does KinetiCore Benefit Road Cyclists?

Road cyclists often look for a balance of protection, low weight, ventilation, and aerodynamic performance.

Integrating KinetiCore into the helmet structure allows Lazer engineers to design Controlled Crumple Zones alongside ventilation openings and lightweight construction.

For road riders, that means impact protection can be incorporated without relying on a separate internal layer that could add material or interfere with airflow.

How Does KinetiCore Benefit Mountain Bikers?

Mountain bike riders face uneven terrain, loose rocks, roots, drops, and other trail features that can create a wide variety of crash scenarios.

KinetiCore's Controlled Crumple Zones are designed to help manage impact forces while allowing mountain bike helmets to retain trail-focused features such as extended coverage, ventilation, goggle compatibility, and accessory mounts.

This gives Lazer engineers more flexibility to integrate protection and trail performance into the same helmet design.

How Does KinetiCore Benefit Commuters and Recreational Riders?

Commuters and recreational cyclists may ride at lower speeds than racers, but they still encounter traffic, pavement, curbs, intersections, and unpredictable riding conditions.

KinetiCore allows Lazer to integrate impact management directly into urban and recreational helmets while also focusing on practical features such as comfort, ventilation, lights, and easy-to-use fit systems.

The goal is to provide a helmet that feels comfortable enough for everyday riding while still incorporating Lazer's integrated impact protection technology.

Is KinetiCore Available in Kids' Helmets?

Yes. KinetiCore technology is also used in select Lazer kids' helmets, allowing the same integrated impact protection concept to be adapted for younger riders.

Kids' helmet designs can combine KinetiCore with child-friendly features such as easy-adjust fit systems, side-positioned buckles designed to reduce skin pinching, and shapes that work well with bike seats or trailers.

The goal is to make helmets comfortable and easy to wear so young riders can focus on learning, exploring, and enjoying time on two wheels.

KinetiCore: Better by Design

KinetiCore represents a different approach to bicycle helmet design. Instead of treating impact protection as a separate component, Lazer integrates it directly into the helmet's structure.

Controlled Crumple Zones, ventilation, weight, fit, and rider-specific features can all be developed together as part of the complete helmet.

That's the idea behind KinetiCore: Better by Design.