SEKA Rapier Integrated Handlebar

The SEKA Rapier is a premium integrated carbon handlebar designed for cyclists who demand aerodynamic efficiency, seamless integration, and responsive handling. Built for performance on the road and race day dominance, it blends cutting-edge design with top-tier carbon craftsmanship.

Key Features

Aero-Optimized One-Piece Design:
Engineered with wind-tunnel-tested aerodynamics, the Rapier’s sleek one-piece construction reduces drag and offers a clean, race-ready cockpit. Integrated stem and bar for reduced weight and maximum stiffness.

Full Carbon Fiber Construction:
Made from high-modulus carbon fiber for a perfect balance of lightweight agility and responsive stiffness. Built to withstand sprint-level power output while keeping comfort in mind.

Internal Cable Routing:
All cables are routed internally for a clean look and smoother airflow. Compatible with modern electronic and mechanical drivetrains (Di2, eTap, and more).

Ergonomic Shape for Comfort and Control:
Features ergonomically shaped tops and drops for optimal hand positioning during climbs, sprints, and long rides. Drop flare provides better control and wrist clearance.

GPS & Mount Compatibility:
Designed with a concealed front mount port for seamless GPS or light integration. Pair with standard out-front mounts for added functionality.

Finish and Aesthetic:
Matte carbon finish with minimal branding for a sleek, stealthy appearance that complements any high-end build.

Smart Features for Seamless Riding

• Compact reach and drop for efficient transitions
• Flared drops for better stability and control on descents
• Lightweight, minimalist design with pro-peloton aesthetics
• Anti-slip textured zones for secure grip during wet conditions
  

Specifications

Material: High-modulus carbon fiber
Weight: Approx. 330g (depends on size)
Clamp Diameter: Integrated (no stem required)
Reach: 80mm
Drop: 125mm
Flare: 3°
Cable Routing: Fully internal
Compatibility: Mechanical & electronic groupsets (Di2/eTap)
Finish: Matte UD carbon