- MADE FOR MOUNTAIN BIKING_ Specialised MTB helmet designed for everything from trail riding to enduro. Helmet features adjustable visor, goggle clip and more coverage at the temples and back of head
- MIPS_ Bike helmet with in-built high impact MIPS Brain Protection System which enhances your helmet's rotational impact protection
- ADJUSTABLE FIT_ Comfortable, lightweight bike helmet with 360° adjustment system for a secure, personalised fit. One-handed dial operation means it's quick and easy to adjust at any time
- SUPERIOR COMFORT HELMET_ Adjustable precision straps are molded into the bike helmet liner for added safety and comfort
- UNIBODY SHELL_ A fully wrapped ultra light shell enhances the bike helmet's structural integrity. The optimised EPS liner ensures low weight and crash protection
Whether cycling to work, exploring gravel tracks or on the local trails, the Omne Air Resistance Mips gives trusted protection. Product Highlights Detachable peak Adjustable 360° fit system Product Description Whether cycling to work, exploring gravel tracks or on the local trails, the Omne Air Resistance Mips is your companion and your champion on every ride. Optimal liner density and thicker core zones provide ideal protection for everyday use. Extended protection around the temples and back of the head increase all-round protection, wherever you choose to ride. Developed in line with POC's Whole Helmet Conceptâ¢, the Omne Air Resistance Mips delivers superior levels of comfort, fit and performance, and is fitted with the Mips Brain Protection System for enhanced rotational impact protection. Tech Details Mips Integra The latest technology from brain protection specialists Mips enhances rotational impact protection. EPS Liner A lightweight EPS liner gives optimized protection. PC Shell The PC shell enhances the structural integrity of the helmet Adjustable 360° fit A 360° adjustment system makes it easy to find a secure, comfortable fit. Detachable peak It's easy to detach and reattach the helmet peak, giving you the flexibility to control helmet functionality. "
