CADEX GX HANDLEBAR
Built for maximum speed and control on challenging gravel terrain, the all-new one-piece molded CADEX GX handlebar is designed for those who favor the added confidence of a more aggressive flare in the drops. The extended 16-degree flare combined with an increased 5-degree out and backsweep and D-shaped top section delivers the perfect combination of cockpit compliance and control.
FEATURES
- 16-degree flare and 5-degree outsweep provide maximum control over rough, loose gravel and dirt
- 70mm reach and shallow 115mm drop allow quick and controlled transitions between the tops, the hoods and the drops
- D-Shaped tops add increased compliance and greater hand comfort for long rides over uneven surfaces
- 5-degree backsweep offers a more natural hand position for more comfort and balance while climbing
- Extended 40mm tails add stability and leverage in the drops for increased confidence when sprinting or descending
- One-piece, no-bond mold manufacturing with T800 and T1100 carbon lamination reinforcement offer featherweight without compromising on strength and stiffness
- Precision carbon fiber layup provides added strength and weight savings
Compatible with Shimano Di2 Bar End Type Junction (EW-RS 910)
SPECIFICATIONS
| Material | Carbon | Outsweep | 5 degrees |
| Clamp Diameter | 31.8mm | Backsweep | 5 degrees |
| Width (hood to hood) | 400mm / 420mm / 440mm / 460mm | Drop |
115mm
|
| Width (bar end to bar end) | 466mm / 486mm / 506mm / 526mm | Reach | 70mm |
| Flare | 16 degrees | Weight | 185g (400mm) / 190g (420mm) / 195g (440mm) / 200g (460mm) |
TECHNOLOGIES
CADEX D-Shaped Tops
D-Shaped tops add increased compliance and greater hand comfort for long rides over uneven surfaces
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.
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.