It's a mission. An obsession. A collaborative effort to ignore limitations, think differently and create the next generation of ultra-performance cycling components.
CADEX Race Handlebar
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 160g, 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-rounder 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 160g for a 420mm 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 72mm reach (68mm for 380mm 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 One Piece Mold Manufacturing
One-piece, no-bond manufacturing utilizes high-grade carbon fiber and CADEX precision layup technique to eliminate the added weight and flex found in traditionally bonded bars.
Precision Reinforced Layup
CADEX precision reinforced layup places high tensile strength carbon fiber only where needed, creating a strong, stiff structure at minimal weight.
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