Dartmoor Nitro Low handlebars black anoded (DART-A23972)

The Dartmoor Nitro Low black anodized handlebar is designed for demanding MTB trails, offering a precise balance between stiffness and handling control. The aluminium construction of this model guarantees durability in the toughest terrain conditions and effective energy transfer for maneuvers while riding.

Durable 7075 aluminium material

The production uses 7075 aluminium, synonymous with high strength while maintaining low weight. This alloy is valued in bicycle components for its resistance to material fatigue, which affects the longevity of the handlebars. The use of this type of aluminium allows for aggressive riding on technical trails without the worry of deformations.

Geometry and bend specification

The design of the Dartmoor Nitro Low handlebar is based on precise bend angles: 4˚ upwards and 9° back, resulting in an ergonomic and natural hand position while riding. This solution supports comfort and stability in more challenging terrain. The rise of 0.5" ensures a low, sporty position, important for riders who prefer dynamic riding.

Width and mount diameter

A width of 800 mm allows for precise control even on technical sections of MTB, facilitating maneuvering at high speeds. The mounting diameter of 31.8 mm is compatible with most modern bike stems, allowing for easy integration with other components. These specifications guarantee stability and the potential for precise adjustment to user preferences.

Dartmoor Nitro Low black anodized handlebar - features:

• Construction based on durable 7075 aluminium with increased resistance;
• Geometry with a 4˚ upward and 9° backward bend providing an ergonomic hand position;
• Width of 800 mm offering maximum control over the bike in the terrain;
• Rise of 0.5" allowing a dynamic, sporty riding position;
• Mounting diameter of 31.8 mm compatible with most stems;
• Designed for MTB bikes and riding in challenging terrain;
• High stiffness of construction affecting handling precision;
• Durability and resistance to deformations during intensive use.