2.0 Ackerman Spindles for Tekno RC Vehicles (TKR9041X)
2.0 Ackerman Steering Spindles for Tekno RC Vehicles are adjustable front-end steering components that let you dial in Ackerman geometry for Tekno EB48 2.0, NB48 2.0, ET48 2.0, and NT48 2.0 cars. By swapping to spindle arms of different lengths, you can fine-tune corner entry, mid-corner feel, and exit behavior, while a lower incline angle delivers quicker, more responsive steering.
Designed as a direct replacement for Tekno’s 2.0 spindles, these parts work with the same bearings and kingpin screws used in the original setup. When paired with a longer camber link, they can boost front-end stability and overall responsiveness, giving you a more controlled handling balance across a range of track conditions.
2.0 Ackerman Steering Spindles for Tekno RC Vehicles are adjustable front-end steering components that let you dial in Ackerman geometry for Tekno EB48 2.0, NB48 2.0, ET48 2.0, and NT48 2.0 cars. By swapping to spindle arms of different lengths, you can fine-tune corner entry, mid-corner feel, and exit behavior, while a lower incline angle delivers quicker, more responsive steering.
Designed as a direct replacement for Tekno’s 2.0 spindles, these parts work with the same bearings and kingpin screws used in the original setup. When paired with a longer camber link, they can boost front-end stability and overall responsiveness, giving you a more controlled handling balance across a range of track conditions.
Description
2.0 Ackerman Steering Spindles for Tekno RC Vehicles are adjustable front-end steering components that let you dial in Ackerman geometry for Tekno EB48 2.0, NB48 2.0, ET48 2.0, and NT48 2.0 cars. By swapping to spindle arms of different lengths, you can fine-tune corner entry, mid-corner feel, and exit behavior, while a lower incline angle delivers quicker, more responsive steering.
Designed as a direct replacement for Tekno’s 2.0 spindles, these parts work with the same bearings and kingpin screws used in the original setup. When paired with a longer camber link, they can boost front-end stability and overall responsiveness, giving you a more controlled handling balance across a range of track conditions.
