Xpedo Felix Flat Pedal-Rasta

Xpedo FELIX Flat Pedal – Lightweight Nylon Platform with High Grip Performance

The Xpedo FELIX flat pedal is built for riders who want a perfect balance of lightweight design, durability, and superior grip. Designed with a strong nylon composite body and equipped with high-traction metal pins, this pedal ensures maximum control and stability on every ride. Whether you are riding on trails, city roads, or rough terrain, FELIX delivers reliable performance with excellent ground clearance and comfort.

Key Features

• Lightweight nylon composite construction for long-lasting durability

• Wide platform design for better foot stability and control

• Pins: 40 removable metal G-pins per pair for strong grip

• Slim and low-profile design for improved ground clearance

• Suitable for MTB, trail, and daily commuting

Superior Grip & Traction

• Pin Height: 10 mm for enhanced traction

• Provides excellent foot hold in wet, muddy, and dry conditions

• Keeps your feet secure during aggressive riding

Wide Platform Design

• Size: 109 x 109 mm for better balance and comfort

• Large surface area supports all types of riding shoes

• Improves pedaling efficiency and control

Durable & Lightweight Build

• Body: Nylon composite for reduced weight and strength

• Built to handle tough riding conditions

• Perfect combination of durability and lightweight performance

Smooth & Reliable Performance

• Spindle: Cromoly for strength and durability

• Bearing: 1 cartridge bearing for smooth rotation

• Bushings: 1 DU for added support and long life

Low Profile Advantage

• Thickness: 16 mm for better ground clearance

• Reduces pedal strikes on technical terrains

• Enhances rider confidence

Specifications

• Body: Nylon

• Spindle: Cromoly

• Bearing: 1 Cartridge

• Bushings: 1 DU

• Pins: 40 G Pins per pair

• Weight: 340 g

• Size: 109 x 109 x 16 mm

Why Choose Xpedo FELIX Flat Pedal

• Excellent grip with metal pins

• Lightweight and durable design

• Wide platform for better stability

• Smooth and low-maintenance performance