MIPS Technology for helmet
In real-world driving crashes, helmets absorb most of the impact, but one often overlooked aspect is the rotational force generated by the impact, which poses a greater threat to the brain. This type of impact doesn’t act perpendicularly to the brain but instead triggers head rotation, increasing the risk of brain injury.

To address this, we’ve introduced the MIPS low-friction material system into the inner layer of the helmet to more effectively absorb the rotational force from the impact, thus providing more comprehensive head protection.

MIPS, or Multi-directional Impact Protection System, is centered around a sliding planar pad located between the EPS foam and the inner liner. This system is designed to reduce the rotational energy transmitted to the brain. Upon impact, MIPS allows the helmet shell to slide slightly relative to the head, redirecting and dispersing impact energy, thereby enhancing protection in various impact scenarios.

Based on our extensive experimental data, helmets equipped with MIPS technology can reduce head rotation speed during impact by up to 39%. We believe that helmets equipped with MIPS can provide users with superior safety protection in a variety of real-world impact scenarios.

We have now successfully implemented this technology in our products, including ski helmets, cycling helmets, and other helmets.