Bell 4Forty MIPS Mountain Bike Helmet (Sand/Black)

Bell 4Forty MIPS Mountain Bike Helmet (Sand/Black)
Price: $109.95
Discontinued Online
This item is discontinued and no longer available for purchase. You may want to search our site for a similar item.
The Bell 4Forty MIPS mountain helmet is built to withstand the rigors of a trail riding life. With its generous ventilation, the comfort of Float Fit and built-in Sweat Guide, extended rear coverage, a full hard-shell, and adjustable visor, the 4Forty MIPS is an off-road champion. Boasting the comfort, protection, and broadly capable features of helmets costing twice as much, the 4Forty is a bantamweight, all-condition helmet packing a heavyweight value. 

The 4Forty MIPS also features the Multi-Directional Impact Protection System (MIPS) as standard equipment. MIPS technology reduces the rotational forces caused by angled impacts and this added technology does not compromise fit, ventilation, or style. 

 
Features: 
  • Fusion in-mold polycarbonate shell delivers a lighter, more durable, and better ventilated design
  • Multi-Directional Impact Protection System (MIPS) reduces the rotational forces caused by angled impacts
  • Float Fit is a minimalist, lightweight retention system with an easy-to-turn dial for adjustments
  • Goggleguide Adjustable Visor System accommodates both goggles and glasses and works with or without the visor attached
  • No-Twist Tri-Glides are quick-adjust fasteners to help keep straps flat and properly positioned
  • Sweat Guide pad design pulls moisture away from brow pad and away from eyewear
  • 15 vents ensure cooling comfort
  • Adjustable visor helps protect against glare, rain, and trail debris

This product was added to our catalog on September 30, 2019

Hat Size (in)Circumference (in)Circumference (cm)
S6-1/2 - 7"20-1/2 - 22"52 - 56cm
M6-7/8 - 7-3/8"21-5/8 - 23-1/4"55 - 59cm
L7-1/4 - 7-3/4"22-3/4 - 24-3/8"58 - 62cm
XL7-5/8 - 8-1/8"24 - 25-5/8"61 - 65cm
Note: All measurements are provided by the manufacturer and may vary depending on how measurements are acquired.