Handlebars PRO Pro Vibe Aero 420 mm black (PRHA0467)

The PRO Pro Vibe Aero 420 mm black handlebar is designed for demanding road cyclists who expect precision handling and optimal aerodynamics. The innovative design of this model translates into maximum riding efficiency and comfort during long distances.

Advanced 6066 aluminium material

The PRO Pro Vibe Aero is made from high-quality 6066 aluminium alloy, which offers exceptional mechanical strength while maintaining a low component weight. This allows the handlebar to effectively dampen vibrations, providing stability during high-speed riding. Its resistance to deformation ensures that its original properties are preserved even under intense use.

Road-optimised design

The PRO Pro Vibe Aero handlebar is specifically designed for road bikes, allowing for an aerodynamic riding position thanks to its geometry. The 420 mm width provides effective control over the bike, while the 31.8 mm diameter ensures compatibility with modern stems. The ergonomic profile facilitates a secure grip and allows for dynamic maneuvering when riding in a peloton.

Specifications tailored for demanding users

The technical specifications of the PRO Pro Vibe Aero include precise dimensions that meet the needs of advanced cyclists. The appropriately selected width and diameter of the handlebar allow for personal adjustment of settings, translating into complete control over the bike during sprints and descents. The durability of the material and thoughtful design make this model a solid choice for training and road racing.

PRO Pro Vibe Aero 420 mm black handlebar - features:

• Made from high-quality, stress-resistant 6066 aluminium;
• Profile optimised for road bikes providing an aerodynamic position;
• 420 mm width enabling precise control over direction;
• 31.8 mm diameter guaranteeing compatibility with most stems;
• Ergonomic design minimising hand fatigue during long distances;
• Vibration-damping construction improving riding comfort;
• Dedicated to training and racing in road events;
• Stability maintained even at high speeds;
• Material durability allowing for intensive use.