MTB DH pedals

The pedals of a downhill mountain bike are essential components that must provide excellent grip, maximum robustness and unwavering reliability. Here is an overview of their functions, characteristics and standards:

1. Function:

The pedals of a downhill mountain bike are designed to provide maximum grip for riders, even in the most extreme conditions encountered during fast descents over rough terrain. They must allow the rider to keep his feet in place and efficiently transmit his power to the pedals while maintaining good freedom of movement.

2. Materials:

Downhill pedals are usually made from sturdy materials such as aluminum, steel or magnesium alloys. These materials offer both lightness and resistance to shocks and constraints encountered when downhill.

3. Design:

Downhill pedals often have a flat design with a wide platform to provide optimal contact surface with the rider's shoes. They can be fitted with metal or plastic nubs to improve grip, even in muddy or wet conditions. Some models may also have a concave profile to better fit the shape of the foot.

4. Size:

Descent pedals are generally medium to large in size to provide sufficient contact surface with the rider's shoes. A wider platform can also help distribute pressure on the foot and improve stability, especially during high-speed descents.

5. Compatibility:

Downhill pedals are generally compatible with different types of MTB shoes, whether they are shoes with or without cleats for clipless pedals. This allows riders to choose the type of pedals that best suits their riding style and personal preferences.

6. Maintenance:

As with all mountain bike pedals, it is important to maintain downhill pedals regularly to ensure their proper functioning and prolong their lifespan. This may include regular cleaning, replacing worn pins and greasing the rotating mechanisms if necessary.

In summary, downhill mountain bike pedals are designed to provide maximum grip, exceptional strength and unwavering reliability, to allow riders to push their limits during fast descents over extreme terrain.