TriRig Gamma 115 Carbon

TriRig Gamma 115 Carbon Aerobar Extensions are engineered for athletes pursuing a modern high-hands aero position without sacrificing comfort or control. Designed around TriRig’s deep understanding of front-end geometry, the Gamma 115 delivers a substantial 115mm of rise, making it an ideal solution for riders looking to elevate hand position while maintaining an efficient, sustainable aerodynamic posture. A 30-degree horizontal angle keeps the wrists and hands naturally aligned, reducing strain during long training sessions and race efforts. This ergonomic shaping allows riders to stay relaxed and confident in the aero position, even when holding power for extended periods. With a full 400mm total length, the Gamma 115 Carbon offers extensive reach adjustability, giving fitters and athletes the freedom to fine-tune hand placement across a wide range of cockpit setups. The standard 22.2mm outer diameter ensures compatibility with nearly all modern aerobar systems, making integration straightforward whether you’re upgrading or building from scratch. Constructed from lightweight carbon fiber, each extension weighs just 61 grams, delivering stiffness and strength without unnecessary mass. The result is a premium extension that supports aggressive positioning while preserving ride quality and control. Key Features High-Rise Design: 115mm of rise optimized for high-hands aero positions. Ergonomic Angle: 30-degree horizontal bend promotes natural wrist alignment. Extended Length: 400mm total length for broad reach adjustability. Lightweight Carbon: Just 61g per extension. Universal Fit: Standard 22.2mm diameter fits most aerobar systems. Design Benefits Improved Aero Comfort: Supports a high-hands position without compromising ergonomics. Fit Precision: Wide adjustment range simplifies dialing in exact hand placement. Race-Ready Weight: Carbon construction minimizes weight while maintaining stiffness. Final Take The TriRig Gamma 115 Carbon Aerobar Extensions are a standout choice for triathletes and time trialists focused on maximizing aerodynamic efficiency through smart ergonomics. With significant rise, refined shaping, and broad compatibility, they make achieving a fast, comfortable position both practical and repeatable.