FL-1 Pave MIPS Bike Helmet (Barn Deal)
Cycling performance meets urban style
Description
Additional Information
Reviews for FL-1 Pave MIPS Bike Helmet (Barn Deal)
The FL-1 Pavé “Feather Light One” keeps you feeling cool on any road adventure at an unbelievable price. This “road” bike helmet offers max ventilation whether you’re crushing a 50 miler or just cruising to work. The Bern team spent three years getting this thing right and it was worth it because it’s one of the lightest and most low-profile helmets on the market. Stay out there with the road lid that doesn’t make you blend in with the rest of the peloton.
Cycling performance meets urban style
max ventilation
vent structure inspired by the shape of vintage leather headsbern flip visor
iconic low profile style mixed with practical functionalitylow profile
urban style that’ll make you want to ditch that old banana lidWhat does FL-1 stand for?
That's easy - it means the 'feather light one'. The FL-1 series features low-profile cycling lids that offer maximum ventilation on city streets, gravel trails, or back country roads. Cycling performance meets urban style, it’s the best of both worlds.
The Quickmount Asteroid is a micro-USB rechargeable bike light. It is easily fastened to the two-hole mount located on the rear of the helmet’s shell.
Full-featured, premium, 360° fit system to dial into the perfect secure fit.
Shell seamlessly fused with interior EPS foam for a clean look and high strength to weight ratio.
Multi-Directional Impact Protection System. Designed to protect against rotational violence to the brain caused by rotational impacts.
- Avg. Weight
- 290g
- Safety Standards
- Construction
- In Mold
- Fit System
- Boa
- Vents
- 18
| Fit Size | S | M | L |
|---|---|---|---|
| CM | 52 - 55.5cm | 55.5 - 59cm | 59 - 62cm |
| Hat Size | 6 1/2 - 7 | 7 - 7 3/8 | 7 3/8 - 7 7/8 |
MIPS Brain Protection System
Rotational motion can cause brain injuries. The low friction layer allows a sliding movement of 10-15 mm in all directions, reducing rotational motion to the brain during impact.
