X
Giro Syntax MIPS Adult Road Cycling Helmet - Matte
Giro Syntax MIPS Adult Road Cycling Helmet - Matte
Giro Syntax MIPS Adult Road Cycling Helmet - Matte
Giro Syntax MIPS Adult Road Cycling Helmet - Matte
Giro Syntax MIPS Adult Road Cycling Helmet - Matte
Giro Syntax MIPS Adult Road Cycling Helmet - Matte
Giro Syntax MIPS Adult Road Cycling Helmet - Matte

Giro Syntax MIPS Adult Road Cycling Helmet - Matte Black (2022), Large (59-63 cm)

Product ID : 41536980


Galleon Product ID 41536980
UPC / ISBN 768686178856
Shipping Weight 1.81 lbs
I think this is wrong?
Model 7098127
Manufacturer Giro
Shipping Dimension 13.98 x 9.8 x 7.44 inches
I think this is wrong?
-
12,399

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

Pay with

Giro Syntax MIPS Adult Road Cycling Helmet - Matte Features

  • MARKET-LEADING PROTECTION: Engineered in Giro’s category-leading helmet test lab

  • MIPS: Utilizes the Multi-Directional Impact Protection System to redirect energy in a crash

  • VENTILATION: 25 wind tunnel vents with internal channeling

  • COMFORT: Easily adjust vertical position and tension with the Roc Loc 5 fit system

  • LIGHTWEIGHT: In-moIding construction


About Giro Syntax MIPS Adult Road Cycling Helmet - Matte

THE SYNTAX MIPS COMBINES A TOUCH OF EUROPEAN FLAIR WITH SLIGHTLY DEEPER COVERAGE AND HIGH-PERFORMANCE FEATURES—ALL TUCKED INTO A VERY SLIM DESIGN. The outer shell is molded from a tough polycarbonate that's fused permanently to the EPS foam liner using our In-MoId construction process to enhance durability and ventilation without excess bulk. And the fit is luxurious and secure, thanks to our highly-adjustable Roc Loc 5 Air MIPS system that allows you to customize fit/feel for great stability and long-range comfort. Another benefit is integrated MIPS which can provide an added measure of protection from rotational forces in the event of an angled impact.