WOLF TOOTH pedals RIPSAW black

Product description

The new Ripsaw Aluminum Pedals feature a slim, lightweight design with a slight convex profile. The large, asymmetric aluminum platform provides strong foot support for all-mountain riding, while the minimal convex profile is just 7mm thick at the leading edge. These are designed for cyclists who prefer a mid-foot riding position, where the ball of the foot is in front of the pedal spindle and the arch of the foot aligns with the convex arch in the center of the pedal. Inside Ripsaw Aluminum Pedals is a 17-4 stainless steel axle, three sealed cartridge bearings, and one igus bushing with a custom radial seal to protect internal components from trail debris and dirt.

• One size: 118mm long x 102mm wide
• Twelve stainless steel, rear-loading grip pins on each side
• Six extra 4.5mm grip pins included
• Three colors: black, raw silver, ultraviolet purple
• Exceeds all ISO safety standards
• Machined and assembled at Wolf Tooth in Minnesota, USA

Specifications:

• Weight: 380g
• Pin Height: 4.5mm
• Material: Pedal Body: 6061-T6 Aluminum; Axle: 17-4 PH Stainless Steel; Pins: 304 Stainless Steel

Slim Convex Profile

• Ripsaw pedals are 12.5mm thick in the center and just 7mm thick in the front and rear edges. This profile is supportive and comfortable for all riders, while performing exceptionally well for riders who prefer pedaling with a mid-foot position or for shoes that do not have much structure or support.

Extra grip

• Each side of the pedal has 12 stainless steel rear-loading 4.5mm pins for loads of traction. An additional six 4.5mm pins ship with the pedal. Shorter 3mm pins are available as replacement parts to customize the convexity of the pedal; by installing shorter pins on the edges, the convex profile is emphasized.

Formed with purpose

• The slight convex profile of the pedal body is tallest at the pedal spindle. The shape then tapers toward each edge from there. This profile aligns perfectly with the arch of your foot and provides a strong platform for power transfer.