Ledge Helmet
$84.95
Head to the park in style with the Ledge™ helmet, a hard-shell helmet that offers the Auto Loc 2 Fit System for a dialed-in fit, removable ear pads, and Super Cool™ vents.
Ledge Helmet
$84.95
Head to the park in style with the Ledge™ helmet, a hard-shell helmet that offers the Auto Loc 2 Fit System for a dialed-in fit, removable ear pads, and Super Cool™ vents.
Write A Review
Color
Matte Black/Save a Brain Green
Please make a selection
-
Availability: In Stock
![Ledge Helmet Details](https://www.giro.com/dw/image/v2/BDBJ_PRD/on/demandware.static/-/Sites-giro-master-catalog/default/dw3e64bdcf/images/large/giro-ledge-snow-helmet-lifestyle-details.jpg?sw=680&sh=680)
Details
The Ledgeâ„¢ helmet features a clean, minimalist skate-style design with hard-shell construction built for street and park riding.
Under-the-hood muscle meets modern technology with a removable Auto Loc 2 Fit System and ample venting. The Ledge is super-modifiable, with removable goggle retainer and EAR PADS to get just the right look.
SKU #
Specs
Circumference |
52-55.5cm
|
---|---|
Construction |
Hard Shell construction
EPS foam liner
|
Ventilation |
Stack Vent™ Technology
Super Cool Vents
|
Fit System |
Auto Loc™ 2 Fit System - removable, durable self-adjusting fit system designed to take the hassle out of fitting a helmet. A supple elastic fit band at the back of the helmet merges with fixed-position straps, which adjust to cradle your head when you set the system to one of three circumference settings.
On-the-fly Vertical Tuning - accommodates different goggles and head shapes for a custom fit free of gaper gap.
|
Product Weight |
470g (size Medium)
|
Electronics Compatibility |
Compatible with aftermarket Giro audio systems by Outdoor Tech
|
Certification |
CE EN1077
|
Highlights |
Removable goggle retainer
Removable ear pads
|
![Ledge Helmet Specs](https://www.giro.com/dw/image/v2/BDBJ_PRD/on/demandware.static/-/Sites-giro-master-catalog/default/dwc785c33d/images/large/giro-ledge-snow-helmet-lifestyle-specs.jpg?sw=680&sh=680)