Allston DVRT Bike Helmet (Barn Deal)
Now featuring DVRT
Description
Additional Information
Reviews for Allston DVRT Bike Helmet (Barn Deal)
Looking for an urban commuting lid that doesn’t leave you sweaty? The Allston delivers the ultimate balance of comfort, style, and protection by providing you with 16 air-thirsty vents, DVRT protection padding, and premium ZipMold+ construction. Want to stay out there without sweating your you-know-what off? This is the helmet for you.
Now featuring DVRT
Reflective Flip Visor
zipmold+
Liquid injected foam construction that has a higher strength to weight ratio than traditional in-mold helmets.
The Allston DVRT offers 3 shell sizes, a Boa 360 degree retention system, 16 large vents and our signature reflective soft flip visor
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.
A PVC micro shell lined with proprietary Zip Mold+® liquid injected foam construction that has a higher strength to weight ratio than traditional in-mold helmets, creating a lighter, lower profile helmet.
Bern's fresh rotational energy management solution literally DVRT' rotational energy through five layers of patented sliding membranes that rotate omni-directionally during oblique impacts. Efficiently integrated into Bern's liner system, DVRT offers optimal comfort and performance while still delivering Bern's trademark low profile style.
All new patented flip visor with slimmer dimensions features reflective treatments.
- Avg. Weight
- 370g
- Safety Standards
- Construction
- Zipmold+
- Fit System
- Boa
- Vents
- 16
| 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.
