LIV Relay MIPS helmet

The ultra-safe and durable in-mold shell is available with MIPS crash protection and is now designed with a deeper rear profile for additional protection at the back of the head. Whether you’re finding your pace uphill or pushing on the flats, the Direct Flow Cooling channels are designed to pull in air to keep you cool at any speed. Plus you get antimicrobial padding that wicks moisture and prevents odors. Focus on descents with zero distractions, thanks to our CINCH Pro™ fit system with a one-handed dial adjustment for a secure fit every time. Proprietary Taillight Docking Station: - Compatible with Liv Alumbra taillight Compact: - Simple, clean and compact helmet shape - Mips Brain Protection System and lower rear coverage - Rear fit system leaves room to pull your ponytail through One-handed Adjustment: - New 360° full surround retention system and intuitive one-handed dial adjustment (Cinch ONE fit system) Anti-odor Padding: - TransTextura moisture-wicking, anti-odor inner padding Breathable: - Optimized vent design for enhanced breathability Strong Construction: - In-molded construction for added strength Features: - Simple, clean and compact helmet shape - Optimized vent design for enhanced breathability - Mips Brain Protection System and lower rear coverage - New 360° full surround fit-belt - Intuitive one-handed dial adjustment (Cinch ONE fit system) - Liv proprietary taillight docking station, compatible with Giant Numen Alumbra taillight: - In-molded construction for added strength - TransTextura moisture-wicking, anti-odor inner padding - Ponytail-friendly rear fit system Technology: Mips®: - The Mips® BPS (Brain Protection System) is designed to add protection in helmets against the rotational motion. The rotational motion is a combination of rotational energy (angular velocity) and rotational forces (from angular acceleration) that both affects the brain and increases the risk for minor and severe brain injuries. Mips® BPS has been scientifically proven to reduce rotational motion when implemented in a helmet by absorbing and redirecting rotational energies and forces transferred to the brain.