Rheon Replacement Armor

RHEON Technical Performance & Engineering

Key engineered features, technical highlights, and manufacturer specifications

• This design philosophy ensures that the gear moves with you, providing a seamless fit that integrates easily into existing apparel systems while maintaining the critical flexibility required for high-performance riding disciplines where freedom of movement is paramount.
• This advanced energy control capability provides a breakthrough in protective performance, delivering high-level safety standards that are essential for riders who demand both premium comfort and reliable, responsive impact management in real-world scenarios.

• Engineered for dynamic energy dissipation, this replacement armor leverages over 15 years of RHEON™ technology developed by scientists and engineers at Imperial College, London.: Rooted in the physics of rheology, the material is designed to explore the flow of matter and its reaction to applied force, offering a superior alternative to conventional static protection.
• The core architecture relies on a unique material state that remains soft and flexible during natural movement, ensuring it does not restrict your range of motion while riding, before dynamically stiffening upon impact to manage force distribution effectively.
• The ergonomic profile prioritizes unrestricted mobility, allowing the armor to conform to the body’s natural kinematics without compromising protective integrity.: By maintaining a pliable state in its resting condition, the replacement armor eliminates the bulk and rigidity often associated with traditional hard-shell or static foam inserts.
• Impact safety is maximized through a mechanism that dissipates significantly more energy than standard materials, ensuring robust protection during high-force collisions.: The dynamic stiffening property acts as a responsive barrier, absorbing and dispersing kinetic energy at the point of contact to mitigate injury risk.

• RHEON™ technology has been developed for over 15 years by a group of scientists, engineers and designers at Imperial College, London – regarded as one of the leading institutes of innovation around the world
• The name originates from the branch of physics “Rheology” – a unique discipline exploring the flow of matter and how that matter reacts when force is applied to it
• Its principles are at the core of RHEON™ technology
• Impact Control RHEON™ technology dissipates energy dynamically
• It is soft and flexible when in its natural state but stiffens dynamically on impact to dissipate significantly more energy than conventional static materials
• This property provides a breakthrough for applications where flexibility and movement are paramount but high levels of energy control are a must