Top-Rated by Virginia Tech
Among all 5-star cycling helmets evaluated by Virginia Tech Helmet Ratings, PIKIO Si equipped with OBLIK achieved the highest score by a significant margin.
OBLIK is an integrated, modular impact-management system designed to adapt to impacts based on their location, direction, and intensity.
Among all 5-star cycling helmets evaluated by Virginia Tech Helmet Ratings, PIKIO Si equipped with OBLIK achieved the highest score by a significant margin.
Some helmets address angled (oblique) impacts using a low-friction layer that allows limited movement between the helmet and the head. While this can help redirect rotational motion, it remains constrained by a structure that does not adapt to how an impact occurs.
OBLIK takes a different approach. Our proprietary technology is engineered to respond to both linear and rotational forces by allowing the helmet structure to adapt to the force of impact.
OBLIK’s proprietary nodal system connects independently mounted modules to a base liner, creating a modular helmet structure engineered for dynamic movement and controlled release. During impact, the modules can move independently to help manage forces applied to the head. The modular design also forms deep internal channels throughout the helmet, enhancing airflow while reducing overall helmet weight.
Conventional helmets rely on a single foam structure that limits how they respond to varying impact conditions.
OBLIK enables localized response based on impact location, direction, and intensity, allowing the structure to react more efficiently under load.
This approach supports a more adaptive response to real-world impacts.




Born from rigorous analysis of real-world impact scenarios. Engineered with uncompromising performance standards, it optimizes force distribution to deliver a helmet that redefines expectations.




Patented Technology