Dartmoor Swing Low v.2 handlebars black DART-A2433 (DART-A2433)

The Dartmoor Swing Low V.2 black matte handlebars have been designed for intensive use on MTB bikes, ensuring maximum control over the bicycle. The construction uses high-quality 7075 aluminium, which translates to increased durability without unnecessarily loading the bike.

Geometry and Bend Precision

The Dartmoor Swing Low V.2 model features a rear bend of 7° and an upward bend of 6°, which provides optimal ergonomics during dynamic off-road riding. A rise of 2" allows for a secure grip and a natural hand position. The tailored geometry supports effective maneuvering both during fast descents and on technical sections.

High-Quality 7075 Aluminium Material

The production uses 7075 aluminium alloy, known for its excellent strength-to-weight ratio in the bike components segment. This construction guarantees resistance to deformation and high stiffness, which translates to confident handling in demanding conditions. 7075 aluminium allows for a low handlebar weight while maintaining full functionality throughout the cycling season.

Functional Parameters and Dimensions

The handlebars have a width of 750 mm and a diameter of 25.5 cm, facilitating precise bike handling in diverse terrain. A low weight of 385 g aids in reducing the overall mass of the MTB setup. Carefully chosen proportions ensure that the product meets the needs of both advanced and recreational users of mountain trails.

Dartmoor Swing Low V.2 black matte handlebars - features:

• Made from a durable 7075 aluminium alloy for MTB applications;
• 7° rear bend for a natural hand position;
• 6° upward bend ensuring ergonomic geometry;
• 2" rise supporting control over the bike in the terrain;
• 750 mm width facilitating maneuvering on trails;
• 25.5 cm diameter compatible with most MTB stems;
• Low weight of 385 g to relieve the bike;
• Dedicated to intensive mountain riding and technical trails;
• Optimal balancing of parameters for comfort and precise handling;
• Solid construction ensuring resistance to deformation during use.