Handlebars FSA Gossamer Compact alu 420 mm black (185-0019013870)

The FSA Gossamer Compact alu 420 mm black handlebar has been designed with road bikes in mind, combining precision engineering with modern ergonomics. The model's construction ensures optimal handling and comfort during both training and intense races.

Advanced aluminium 6066 material

The FSA Gossamer Compact is made from a 6066 aluminium alloy, which is characterised by high mechanical strength while maintaining a low weight. This advanced material allows for excellent structural stiffness, translating into precise control of the bike even under heavy loads. The durability of aluminium 6066 is valued in high-performance bicycle components.

Compact geometry and ergonomic profile

The compact geometry of the handlebar ensures an optimal hand position, minimising fatigue over long distances. The profile of the FSA Gossamer Compact is designed for quick and smooth transitions between the top and bottom grips. The 420 mm width and 31.8 mm diameter ensure compatibility with most standard stems and a secure grip in all conditions.

Technical parameters and lightweight construction

The handlebar weighs just 310 g, making it an advantageous choice for cyclists seeking a balance between durability and low weight. The construction has been optimised to minimise weight without compromising stiffness and safety. The precise engineering of the FSA Gossamer Compact allows for effective power transfer and confidence during dynamic pedalling.

FSA Gossamer Compact alu 420 mm black handlebar - features:

• Designed for road bikes and competitive racing;
• Made from a high-strength 6066 aluminium alloy;
• Ergonomic, compact profile providing a comfortable grip;
• 420 mm width for universal fitting;
• 31.8 mm clamp diameter compatible with many stems;
• Weight of 310 g to reduce overall bike mass;
• High structural stiffness for precise handling;
• Profile optimised for smooth grip changes;
• Advanced material ensuring resistance to overloads;
• Carefully finished surface for durability in use.