When shopping for a motorcycle helmet, it’s common to come across technical codes and certifications that may look confusing at first. However, those markings are actually one of the most important aspects of any helmet: safety.
One term that is becoming increasingly common, especially with modular helmets, is the ECE 22.06 P/J homologation. But what does it actually mean? Why does it matter? And how is it different from older certifications?
ECE 22.06 is the latest European safety regulation for motorcycle helmets. It gradually replaces the older ECE 22.05 standard and introduces significantly stricter testing requirements.
This certification ensures that a helmet has passed a wide range of safety tests required to be legally sold and used in Europe.
Some of the biggest improvements introduced with ECE 22.06 include:
In short, ECE 22.06 is not just a minor update, it is a major step forward in motorcycle helmet safety.
The term P/J is especially relevant for modular or flip-up helmets.
Modular helmets can receive different types of homologation:
A helmet with P/J certification has been officially tested and approved to be legally ridden both with the chin bar closed and with it flipped open.
This is important because many riders use modular helmets open in urban environments without realizing that some helmets are not certified for use in that position.
Dual homologation is not just about legality — it also reflects the helmet’s engineering and safety level.
To achieve P/J certification, manufacturers must prove that:
This requires stronger locking systems and more robust structural design.
In practice, a P/J helmet usually offers:
Before purchasing a modular helmet, it’s important to verify:
Because beyond design, aerodynamics, or features, homologation is what truly confirms the helmet’s safety standards.
ZYON is developed with ECE 22.06 compliance as a core design requirement from the initial engineering phase.
The helmet is designed to meet ECE 22.06 standards and includes P/J homologation, ensuring validated performance in both full-face and open-face configurations.
This approach aligns the product directly with current European safety regulations, integrating certification requirements into the design process rather than adapting to them after development.
