Collection

28 Products available

Exustar E-ARC11+

• Anti-slip walk pads

Exustar E-BLK11+

• Anti-slip walk pads

Exustar E-BSL11

• Anti-slip walk pads

Exustar E-C03F (SPD Entry level)

Entry level (easier disengagement). Interface EPS-M (Compatible with Shimano SPD pedals). Forged Cr-Mo steel. Weight 40 g/pr

Exustar E-C05F

Interface EPS-M (Compatible with Shimano SPD pedals). Forged Forged Cr-Mo steel. Weight 42 g/pr

Exustar E-PB557

Slim Profile CNC-machined Pedals Low stack height, extruded-machined aluminum pedal featuring a machined Cr-Mo axle, tubular LSL bearings, anti-slip surface and grip pins.

Exustar E-PB70

Pedal with a Cr-Mo axle.

Exustar E-PM211

Clip-in Pedals A pedal featuring an aluminum body, and a Cr-Mo axle.

Exustar E-PM215

A pedal featuring a strong, forged aluminum body, and a slimline dual bearing system.

Exustar E-PM222

Featuring a strong, extruded, CNC body, this pedal is built on a rigid, smooth running mechanism consisting of a Cr-Mo axle and a slimline dual bearing system. A gauge makes precise binding tension adjustment easy.

Exustar E-PM222Ti

Featuring a strong, extruded, CNC body, this pedal is built on a rigid, smooth running mechanism consisting of a titanium axle and a slimline dual bearing system. A gauge makes precise binding tension adjustment easy.

Exustar E-PM228

CNC-machined Clip-in Pedals Featuring a strong, extruded, CNC body, this pedal is built on a rigid, smooth running mechanism consisting of a Cr-Mo axle and a slimline dual bearing system.

Exustar E-PM235

Featuring a strong, extruded-machined body, this pedal is built on a rigid, smooth running mechanism consisting of a Cr-Mo axle and a slimline dual bearing system.

Exustar E-PM825

A pedal featuring a pop-up binding for easy cleat engagement. This pedal is built on a rigid, smooth running mechanism consisting of a Cr-Mo axle and a slimline dual bearing system.

Exustar E-PM86

Triple-interface Pedals Versatile pedal featuring a triple-interface: 1. a clip-in binding on one side for cleated shoes, and on the other, 2. a simple platform for casual shoe use, 3. or add a toe clip and cage to the platform for increased pedaling eff

Exustar E-PR15

An pedal built with quality materials. It features a strong, aluminum body, and a Cr-Mo axle on a slimline dual bearing system.

Exustar E-PR17

An entry-level pedal built with quality materials. It features a strong, aluminum body, and a Cr-Mo axle on a slimline dual bearing system.

Exustar E-PR18CK

A pedal built with quality materials. It features a strong, carbon fiber composite body, an abrasion guard, a Cr-Mo axle on a slimline dual bearing system, and a gauge makes precise binding tension adjustment easy.

Exustar E-PR18ST

Full Contact Road Pedals A pedal built with quality materials. It features a strong, thermoplastic body, an abrasion guard, a Cr-Mo axle on a slimline dual bearing system, and a gauge makes precise binding tension adjustment easy.

Exustar E-PR18STTi

A pedal built with quality materials. It features a strong, thermoplastic body, an abrasion guard, a titanium axle on a slimline dual bearing system, and a gauge makes precise binding tension adjustment easy.

Exustar E-PR200BK

A pedal that features strong, thermoplastic body, and a Cr-Mo axle on a slimline dual bearing system. A gauge makes precise binding tension adjustment easy.

Exustar E-PR200CKTI

An ultralight pedal built with cutting edge materials. It features a strong carbon fiber composite body and binding, and a titanium axle, TiN coated to improve hardness, and ensure silky smooth rolling. A gauge makes precise binding tension adjustment eas

Exustar E-PR23ST

Full Contact Road Pedals A pedal built quality materials. It features a strong, thermoplastic body, an abrasion guard, a Cr-Mo axle on a slimline dual bearing system, and a gauge makes precise binding tension adjustment easy.

Exustar E-PR50

A pedal with a strong extruded-machined body, is built on a rigid, smooth running mechanism consisting of a machined Cr-Mo axle and a slimline dual bearing system.

Page 1 of 2
Please accept cookies to help us improve this website Is this OK? Yes No More on cookies »