10 Reasons to Love KinetiCore

10 Reasons to Choose a Lazer KinetiCore Helmet

KinetiCore is Lazer's integrated impact protection technology, built directly into the helmet's EPS structure rather than added as a separate liner.

After more than a decade of development, Lazer created KinetiCore to help manage both direct and rotational impact forces while also supporting low weight, ventilation, comfort, and reduced material use.

Taking bicycle helmet protection forward is not a simple task. Modern helmets need to balance protection with the things riders notice on every ride, including weight, airflow, comfort, fit, and overall performance.

Lazer approached that challenge by developing KinetiCore, an integrated system designed as part of the helmet from the beginning.

1. Integrated Impact Protection

One of the biggest differences with KinetiCore is that the impact protection technology is built directly into the helmet's EPS structure.

This allows the helmet to be designed as a complete system rather than adding a separate rotational-impact liner after the core structure is finished.

The result is a more integrated approach to protection, ventilation, weight, fit, and comfort.

2. Designed to Manage Direct and Rotational Impact Forces

Bicycle crashes can involve a combination of direct and rotational forces.

Direct forces occur when the helmet strikes a surface more squarely, while rotational forces can occur when the helmet hits at an angle and the head experiences a twisting or turning motion.

KinetiCore uses engineered EPS structures called Controlled Crumple Zones that are designed to deform during certain impacts and help manage energy within the helmet.

These structures are integrated into each helmet design rather than added as a separate layer.

3. KinetiCore Is Available for Different Types of Riders

Lazer developed KinetiCore to work across multiple helmet categories rather than limiting the technology to one type of cyclist.

Riders can find KinetiCore helmets designed for road riding, mountain biking, commuting, recreational cycling, and kids.

The way the technology is integrated can be adapted to the needs of each helmet, whether the priority is low weight for road riding, additional coverage for mountain biking, everyday comfort for commuters, or easy-to-use features for younger riders.

4. Developed Through Simulation and Physical Testing

KinetiCore helmet structures are developed using computer modeling and physical testing.

The shape, size, and placement of the Controlled Crumple Zones can be tailored to each helmet model before it goes into production.

Once prototypes are produced, Lazer uses in-house impact testing as part of the development process alongside the certification requirements applicable to each helmet.

5. Built In, Not Added On

Because KinetiCore is integrated into the helmet's EPS, Lazer engineers have more freedom to optimize the complete helmet structure.

That can support lower weight, ventilation, fit, and comfort while reducing the need for some additional internal components.

It also allows the protection system to be shaped specifically for each helmet rather than relying on a one-size-fits-all added layer.

6. Lightweight Construction

Helmet weight matters for riders spending hours on the bike, especially during climbing, racing, and long-distance riding.

During KinetiCore development, Lazer engineers worked to remove unnecessary material and optimize the amount of EPS and plastic used in the helmet structure.

Integrating the protection system into the EPS can help reduce the need for separate internal components that would otherwise add material and weight.

7. Designed for Efficient Ventilation

Ventilation is another important part of helmet comfort, particularly during warm weather, long climbs, and high-intensity riding.

Because KinetiCore is built into the helmet structure, engineers can design airflow channels and vents around the protection system rather than working around a separate liner.

This gives Lazer more flexibility to move air through the helmet while maintaining the intended impact-management structure.

8. Comfort and Adjustable Fit

A helmet needs to be comfortable enough to wear on every ride.

Low weight and efficient ventilation can both contribute to comfort, while Lazer's adjustable retention systems allow riders to fine-tune the fit around their head.

Depending on the helmet, systems such as TurnSys, Advanced TurnSys, Rollsys, or ScrollSys can be used to help create a secure and comfortable fit.

9. Reduced Use of Additional Plastic Components

Integrating impact protection into the EPS can reduce the need for some of the additional plastic components used by separate rotational-impact systems.

Lazer also worked to optimize the amount of EPS and other material used during KinetiCore development.

Compared with certain previous comparable Lazer helmet designs, this approach can reduce the total amount of plastic used while still meeting the performance goals of the helmet.

10. Developed by Lazer for Everyday Riders

Lazer has more than a century of experience designing cycling helmets and continues to use rider feedback, testing, and professional racing as part of its product-development process.

KinetiCore helmets may be informed by the demands of professional riders, but the technology is designed for cyclists across a wide range of riding styles and experience levels.

Whether you're racing, riding trails, commuting, or heading out with friends and family, KinetiCore brings Lazer's integrated approach to impact protection, comfort, weight, and ventilation into one complete helmet design.

KinetiCore: Better by Design

KinetiCore is Lazer's approach to designing impact protection as part of the helmet itself rather than treating it as an added component.

By developing protection, weight, ventilation, fit, comfort, and material use together, Lazer can optimize each helmet around the needs of the rider it was built for.

KinetiCore. Better by Design.