Features
Sphere Fit Height Adjustment
Different head shapes often result in helmet goggle gaps, this system allows you to change the position of the helmet for seamless goggles integration.
Sphere Fit
The free-hanging design wraps around your head like a beanie – for a snug, pressure-free fit that adapts perfectly to your shape.
Mips® Integra TX
The FÆRO is featured with the Mips® Integra TX system complements the traditional fabric-and-foam comfort padding with an integrated low-friction layer.
Washable Tech Lining
Advanced comfort and protection with superior insulation, while the moisture-wicking, breathable design ensures a dry feel throughout the day.
Asian Fit Optimisation
Removable patches adapt to rounder head shapes and offer a secure feel and customised comfort.
Surround Comfort Design
Snug ear fit, slim profile, and headphone-ready – for all-day comfort without compromise.
Goggle Venting System
Integrated helmet ventilation fo optimal airflow prevents fogging and boosts breathability for clear, comfortable vision.
Adjustable Ventilation
Easily control airflow to match the conditions – for a perfectly balanced helmet climate and lasting comfort on every run.
Specifications
Hybrid Shell
A smart mix of tough ABS outer shell and lightweight In-Mold construction. Hybrid Shell helmets provide the best of both worlds — strong protection plus light comfort — built for riders who want it all.
Adjustable Ventilation
Easily control your airflow by sliding vents open or closed—so you stay comfortable no matter the weather.
Tech Liner
Lightweight and functional, this liner works with the size adjustment system and wicks away moisture—perfect for warm days and intense rides. Removable and washable for easy care.
Height Adjustment
An enhanced fit system that adjusts the helmet’s height to match your head shape—especially around your forehead and nose—for a custom feel and perfect goggle fit.
MIPS
The MIPS Brain Protection System is a helmet-integrated, low-friction layer designed to reduce rotational motion transferred to the brain from angled impacts to the head.
