PRO Pro Vibe Aero steering wheel black (PRHA0466)

The PRO Pro Vibe Aero 400 mm handlebar in black was designed for demanding road cycling enthusiasts who expect the highest precision in handling. The use of refined geometry and durable material allows for optimal stiffness and effective power transfer during intense riding.

Advanced aluminium material

The PRO Pro Vibe Aero model is made from high-quality 6066 aluminium, which combines lightness with enhanced resistance to mechanical stresses. This choice of material guarantees a very favourable stiffness-to-weight ratio, translating into efficient energy transfer during sprints and climbs. Aluminium 6066 also stands out for its excellent durability in everyday use, even during intensive exploitation.

Specialist road geometry

The handlebar's design has been optimised for road cycling, ensuring an ergonomic hand position and an aerodynamic posture on the bike. The width of 400 mm allows for precise control of the line and comfortable arm positioning during long distances. The mounting diameter of 31.8 mm ensures compatibility with most stems used on road bikes and stability of attachment even during dynamic maneuvers.

Aerodynamic profile

The Aero profiling gives the PRO Pro Vibe Aero model significant aerodynamic properties, considerably reducing air resistance at high speeds. The sleek handlebar silhouette improves airflow around the cockpit, allowing valuable seconds to be gained during group rides as well as in solo breaks. Both amateurs and competitors seeking an aerodynamic advantage will appreciate this solution.

PRO Pro Vibe Aero 400 mm black handlebar - features:

• Constructed from durable 6066 aluminium resistant to deformation;
• Designed for road bike geometry and requirements;
• Aero profiling for better aerodynamic properties;
• Width of 400 mm ensuring precise handling;
• Mounting diameter of 31.8 mm, allowing for versatile application;
• Optimal combination of stiffness and low weight;
• Ergonomic shape ensuring comfort on long rides;
• Stability of attachment even under high loads;
• Solutions focused on reducing air resistance;
• High resistance to mechanical damage and corrosion.