Superlight weight for a competitive edge. Comfort to carry you through long training days and crushing queen stages. The all-new CADEX Race handlebar features innovative one-piece construction and an ergonomic design that’s stiff, responsive and easy on your hands.
With a jaw-dropping weight of only 160 g, the CADEX Race handlebar delivers a clear competitive advantage with zero compromises in comfort and control. A cutting-edge one-piece molding process eliminates the flex found in traditional bonded handlebars and produces a feel that’s stiff yet compliant. Unbeatable all-round performance for sprinting, climbing and cornering—all day long.
LIGHTER IS FASTER
Constructed with a precision carbon fiber layup technique, the CADEX Race handlebar boasts a best-in-class weight of only 160 g for a 420 mm bar. A unique one-piece molding process eliminates the need for bonding, which results in a superlight weight that’s significantly lower than leading competitors.
POWER AND CONTROL
One-piece composite construction eliminates the excessive weight and inherent flex found in the bonded joints of traditional handlebars. The drops have an elliptical shape with a 72 mm reach (68 mm for 380 mm bar) for quick, controlled hand position changes and a responsive feel when sprinting, cornering and descending.
The tops feature a gently curved ergonomic design with a flattened rear section for comfortable hand and thumb positioning. The design helps minimize fatigue and provides long-lasting comfort for all-day efforts.
CADEX Precision Reinforced Layup
CADEX precision reinforced layup places high tensile strength carbon fiber only where needed, creating a strong, stiff structure at minimal weight.
One Piece Mold Manufacturing
One-piece, no-bond manufacturing utilizes high-grade carbon fiber and a precision layup technique that’s similar to the process used to create CADEX WheelSystems. The result is a super strong, responsive handlebar with best-in-class weight.
Selecting any of the image buttons will open a larger image gallery with image descriptions