BELL HELMET STAR DLX MIPS

SKU: 8330-3409-446
EAN: 2000000052731
Sale price CHF 389.35 Regular price CHF 599.00
Save 35%
Tax included
Size
Only 1 unit left

Shipped the same day for orders placed before 2 PM

BELL HELMET STAR DLX MIPS
Bell

BELL HELMET STAR DLX MIPS

Description
Includes tinted visor and Pinlock lens The Bell Star was released way back in 1967 as the first full-face helmet and has long since set the standard for head protection. It initiated the science of head protection throughout the industry. With the Class 1 optics of the Panovision visor, the Star DLX MIPS is the logical evolution of that original ethos and goes way beyond. Originally inspired by the basic needs of the modern racer and now equipped with quality features such as MIPS® energy absorption system, a Tri-Matrix composite shell and an X-Static® XT2 silver fabric liner, this helmet demonstrates what a modern racing helmet should be today. Features Lightweight Tri-Matrix shell construction Velocity Flow Ventilation? System for optimal cooling MIPS® Multi-directional impact protection system PINLOCK 100% Max Vision including X-Static® XT2® silver fabric liner Panovision? Visor with Class 1 Bell 54 optical properties Removable cheek pads Closure: Double-D Integrated speaker pockets Streetview profile Also included: Panovison visor Pinlock® dark tint Certifications: SNELL, DOT, ECE Weight: approx. 1.5 kg Tri-Matrix composite shell The proprietary blend of aramid, carbon and glass fiber offers all the benefits of carbon fiber in a cost-effective package. X-Static® XT2 silver liner X-Static is the leader in antimicrobial fabric technology, clinically proven to protect against bacteria and odors for the life of the fabric. Suitable for eyeglass wearers The use of prescription glasses or sunglasses is now a breeze with arm pockets for eyeglasses incorporated directly into the liner. MIPS® Multi-Directional Impact Protection System MIPS® (multidirectional impact protection system) is an industry-leading sliding surface technology in the helmet designed to reduce rotational forces generated during certain impacts.