Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in
Rudy Project Zumy Helmet - Cyclop.in

Rudy Project Zumy Helmet

HL680001

Regular priceRs. 5,990.00
/
Tax included. Shipping calculated at checkout.

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Size

Product Description

The Rudy Project entry level helmet ensures protection thanks to the double-In Mold construction and comfort with 21 vents, RSR retention system and interchangeable paddings

SIZE

  • Gender UNISEX
  • Weight 230 g. | 8,1 oz - L 270 g. | 9.5 oz
  • Dimension S-M (cm54 – 58 / 21,3” - 22,8”) - L (cm59 – 61 / 23,2” - 24”)
  • Certifications CE / EN 1078, CPSC12.03

HIGH-VISIBILITY COLORS

Riders safety is one of the main goal of Rudy Project. Helmets, sunglasses and our bikewear collection are designed to provide the highest standard of performance and safety. All our lines are manufactured with finest materials while bright and fluorescent colours ensure perfect visibility on the road enhancing riders security and drawing drivers’ attention.

EPS IN-MOLD CONSTRUCTION

In-Mold technology allows us to cast the external polycarbonate outer shell directly during the injection stage of the expandable polystyrene (EPS) impact-absorbing foam. The result is a much more rigid structure which is knock-resistant and extremely light, allowing for better ventilation system. The combined action of the EPS structure, the polycarbonate cap and exo-skeleton creates resistance to the mechanical action exercised by an impact and dissipates the energy in order to prevent it from being transferred to the head of the person wearing the helmet.

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