Discover bike helmets for women designed for everyday commuting, city riding and e-bikes. Compare UNIT 1 helmets with Mips protection, integrated lights and smart safety features built for everyday riding.
Made for women's daily commutes. Comfortable, secure and designed for everyday city riding.
Women's e-bike helmets. AURA and NEON meet NTA-8776, alongside EN-1078 and CPSC, for higher-speed e-bike riding.
Visibility for urban riding. Every model has a built-in rear light, while AURA and FARO add a front light for extra visibility in traffic.
The right fit. Available in S, M and L, with an adjustable fit system to help you find a secure, comfortable fit.
Mips protection for everyday riders. Available across the adult helmet range to help manage rotational motion in certain angled impacts.
Smart features for everyday riding. Turn signals and automatic brake lights add extra support to daily commutes and e-bike rides.
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Crash Alert. If you take a hard fall, your helmet detects it and notifies your emergency contact with your location.
Look for the correct size, the certifications that match how you ride, and features that suit your commute. For city riding, fit, visibility and comfort matter most.
It should sit level and feel snug without uncomfortable pressure points. Measure your head circumference first, then use the helmet's fit system to fine-tune the fit.
Bike helmet sizing is primarily based on head circumference and head shape, rather than gender alone. The most important thing is choosing the correct size and adjusting the fit securely.
It depends on the commute. NEON is a streamlined option for everyday city riding, AURA adds front and rear visibility plus e-bike certification, and FARO focuses on high urban visibility and distinctive design.
AURA and NEON carry NTA-8776 alongside EN-1078 and CPSC, making them the relevant options when e-bike certification is a priority.
All UNIT 1 adult helmets include a rear light. AURA and FARO also include front lighting. Lighting configuration varies by model.
Mips is designed to help manage rotational motion that can occur during certain angled impacts.
