Factor One Force SP AXS TT Bike

The Factor ONE Force SP AXS TT Bike combines advanced aerodynamics, progressive fit integration, and in-house engineering into an exceptionally fast time trial platform. Every surface, junction, and structural element is shaped to control airflow, maintain stability at high yaw, and convert power into pure speed with exceptional efficiency. It carries the racing knowledge gained from the HANZO projects and the OSTRO VAM and applies it to the new generation of aero rules, delivering speed that has already proven itself in WorldTour competition.

Aero Advantage Built Into Every Detail

The Bayonet Fork and Chin Fairing manage the airflow that spills from the front tire, guiding it cleanly along the frame to reduce turbulence. Wide fork legs create a dedicated air channel that aligns with the rider’s legs, improving flow behavior across the entire bike. The integrated TT cockpit continues the directional airflow over the head tube and into the top tube, maintaining stability even in deep crosswinds.

Factor Performance Centred Geometry

Aggressive time trial positions are fully supported. The ONE Force SP AXS TT accommodates forward saddle rotation, shorter cranks, and narrow aerobar extensions without compromising handling. Extended reach options and specialized TT extension sizing allow a powerful, highly aerodynamic fit while preserving balanced weight distribution and confident cornering. Identical steering geometry across all sizes keeps the riding character consistent.

In House Carbon Engineering

Factor’s own factory allows rapid development and precise control over carbon layups. The frame, fork, TT cockpit, and fairing elements are developed as a complete system, with stiffness tuned for extreme pedal loads and high-speed responsiveness. Powered by SRAM's Force AXS electronic groupset, every element is designed to deliver hyper-efficient shifting, stability, and racing-level performance.

Proven Speed

Wind tunnel testing shows the ONE outperforming benchmark aero bikes across the yaw range. Race deployment confirmed these gains in real conditions with sustained high-speed riding against the clock. The result is a machine that rewards aggressive effort with tangible speed.