Dartmoor Stream bicycle pedals beige DART-A15894 (DART-A15894)

The Dartmoor Stream sand storm bike pedals provide versatile support for cyclists seeking reliability and control during off-road riding. The platform design of this model ensures stability, while the technical solutions focus on maximum grip and durability of the components.

Aluminium Body and Durability

The pedal body is made from high-quality aluminium, allowing for optimal strength while keeping weight to a minimum. The chosen material gives the entire construction resistance to mechanical damage typical of MTB riding. Aluminium also guarantees durability against intense use in varied terrain conditions.

Ball Bearings and Smooth Operation

The Dartmoor Stream model is equipped with ball bearings that ensure smooth rotational movement and high responsiveness of the pedals during dynamic riding. This type of technical solution minimizes rolling resistance and enhances power transfer efficiency. Ball bearings also contribute to longevity and trouble-free operation, even in challenging conditions.

Adjustable Pins and Compatibility

The replaceable pins enhance shoe grip on the platform and allow for personalisation to suit individual user preferences. This model remains compatible with various binding systems, making integration with a wide range of cycling footwear easier. As a result, the pedals are suitable for both recreational bikes and advanced MTB designs.

Dartmoor Stream sand storm bike pedals - features:

• Platform design intended for aggressive MTB riding;
• Body made from high-grade aluminium with increased durability;
• Ball bearings providing smoothness and precision of operation;
• Possibility of pin replacement for personalised grip adjustment;
• Compatibility with a wide range of bike binding systems;
• Material resistant to mechanical damage typical of off-road riding;
• Technical solutions supporting maximum control of the bike;
• Refined platform ergonomics for increased foot safety;
• Design ensuring stability even during dynamic maneuvers;
• Technology focused on effective power transfer from the shoe to the drivetrain.