Kreuza Apex One-Piece Rennrad-Lenker

The Kreuza Apex One-Piece Handlebar combines ultra-low weight with advanced aerodynamics for maximum performance. While the streamlined NACA profile shape minimises drag, the one-piece construction ensures direct power transfer and stability. Every corner and sprint will feel more precise thanks to the stiff T800 carbon structure and refined ergonomic design.

Material and construction
Made of high-quality T800 carbon fibre, the Kreuza Apex handlebar has an exceptionally low weight of just 290 grams in the 38 cm version with a 110 mm integrated stem. As the low weight reduces rotational mass, the handlebar feels faster and more responsive. The integral construction of handlebar and stem eliminates any redundant material, providing extra stiffness and direct power transfer. Besides stiffness, the carbon material also offers vibration dampening, making long rides more comfortable. The precisely engineered design optimises both aerodynamics and ergonomics, so that low weight, aerodynamics and comfort are perfectly balanced.

Unique aerodynamic details
The Kreuza Apex's innovative NACA profile has a narrowest section of just 16 mm, minimising drag. Computational Fluid Dynamics (CFD) was used to optimise the design, resulting in a 4.5 watt drag reduction. This cutting-edge design makes the handlebar not only aerodynamic but also strikingly elegant. With a seamless transition between handlebar and stem and a refined finish, the bar feels sturdy as well as comfortable. While low weight and optimal stiffness make the handlebar highly suitable for explosive acceleration and high speeds, the ergonomic shape keeps the rider's hands in a natural position.

Compatibility
The Kreuza Apex is available in widths from 360 mm to 400 mm and stem lengths from 90 mm to 140 mm, with a total of 18 possible combinations. The integrated design requires mounting as one, with the fit tuned for accurate integration with the bike. These size options allow the fit to be tailored precisely to the desired handlebar width and reach, optimising positioning and control.