Flat Pedals

- Dual access Traction Pins provide incredible grip and can be easily removed without damaging the aluminium body - CNC machined from recycled alum...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Small/Large size-specific for optimal shoe/pedal interface - 12 molded traction pins each side - Reinforced composite body is lightweight, improv...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Shaped like a wave, the design is tall at the front and sloped towards the back \n The concave front half of the pedal hugs that ball of your foo...

- Concave design allows foot to sink in resulting in a supportive, locked in feel - 2-axis concave shape: front-to-back and inboard-to-outboard, ...

- Concave design allows foot to sink in resulting in a supportive, locked in feel - 2-axis concave shape: front-to-back and inboard-to-outboard, ...

- Concave design allows foot to sink in resulting in a supportive, locked in feel - 2-axis concave shape: front-to-back and inboard-to-outboard, ...

- Concave design allows foot to sink in resulting in a supportive, locked in feel - 2-axis concave shape: front-to-back and inboard-to-outboard, ...

- Concave design allows foot to sink in resulting in a supportive, locked in feel - 2-axis concave shape: front-to-back and inboard-to-outboard, ...

- Concave design allows foot to sink in resulting in a supportive, locked in feel - 2-axis concave shape: front-to-back and inboard-to-outboard, ...

- Concave design allows foot to sink in resulting in a supportive, locked in feel - 2-axis concave shape: front-to-back and inboard-to-outboard, ...