Addict RC Team
The SCOTT Addict RC Team (TW) delivers world-class performance in an ultralight, aerodynamic design engineered for serious racers and climbers. Featuring the Addict RC HMX Carbon frame and fork, this model combines stiffness and responsiveness for explosive acceleration and precise handling. The SRAM Force AXS 24-Speed electronic drivetrain with Spindle Power Meter ensures seamless wireless shifting and real-time power data, while SRAM Force hydraulic disc brakes with Paceline rotors (160 mm front / 140 mm rear) provide exceptional control in all conditions. The Syncros IC-R100-SL carbon cockpit and SP-R101-CF seatpost enhance aerodynamic efficiency and comfort.
The SCOTT Addict RC Team (TW) delivers world-class performance in an ultralight, aerodynamic design engineered for serious racers and climbers. Featuring the Addict RC HMX Carbon frame and fork, this model combines stiffness and responsiveness for explosive acceleration and precise handling. The SRAM Force AXS 24-Speed electronic drivetrain with Spindle Power Meter ensures seamless wireless shifting and real-time power data, while SRAM Force hydraulic disc brakes with Paceline rotors (160 mm front / 140 mm rear) provide exceptional control in all conditions. The Syncros IC-R100-SL carbon cockpit and SP-R101-CF seatpost enhance aerodynamic efficiency and comfort.
Original: $6,999.99
-65%$6,999.99
$2,450.00Description
The SCOTT Addict RC Team (TW) delivers world-class performance in an ultralight, aerodynamic design engineered for serious racers and climbers. Featuring the Addict RC HMX Carbon frame and fork, this model combines stiffness and responsiveness for explosive acceleration and precise handling. The SRAM Force AXS 24-Speed electronic drivetrain with Spindle Power Meter ensures seamless wireless shifting and real-time power data, while SRAM Force hydraulic disc brakes with Paceline rotors (160 mm front / 140 mm rear) provide exceptional control in all conditions. The Syncros IC-R100-SL carbon cockpit and SP-R101-CF seatpost enhance aerodynamic efficiency and comfort.
