TT02B Precision Spring Steel Steering Tie Rod TT2B047P by GPM  [TT2B047P]

Tamiya TT02B Spring Steel Steering Tie Rod With Plastic Ends - 1pr - GPM TT2B047P
Price:
USD$5.90
Brand:
GPM
Model:
TT2B047P
GTIN:
4894538217506
Condition:
Brand New
Write a review
alt="Tamiya TT02B Spring Steel Steering Tie Rod With Plastic Ends - 1pr - GPM TT2B047P" title="Tamiya TT02B Spring Steel Steering Tie Rod With Plastic Ends - 1pr - GPM TT2B047P"

Precision steering link for TT02B

The TT2B047P steering tie rod is a precision-engineered aftermarket link for the Tamiya TT02B chassis. It combines a spring steel centre section with purpose-moulded plastic end interfaces to maintain factory attachment geometry while improving resistance to bending under repeated steering loads.

Supplied as 1 pr, this replacement fits the standard steering linkage positions on compatible TT02B builds. The retained ball- or stud-type end geometry allows reuse of existing linkage hardware in most cases. The spring steel centre is selected to provide a balance of stiffness and elastic recovery, aiding repeatable steering geometry during setup changes and sustained use.

Installation guidance: install into the chassis using the vehicle's original linkage fasteners, confirm clearance to suspension components and servo horn travel, and verify steering centring before finalising. A basic set of hobby tools is sufficient for fitting and routine maintenance.

Tuning application: the part is intended for hobbyists seeking a predictable, stiffer steering link for toe and centring experiments while keeping lightweight end fittings to limit joint friction and binding.

The centre shaft is spring steel chosen for its elastic recovery and resistance to permanent bending under steering loads typical of TT02B use.
Yes, the plastic end interfaces preserve standard ball or stud mounting geometry so original screws and studs are commonly reusable; always check thread compatibility and clearance during fitment.
A stiffer, spring steel centre helps maintain steering geometry under load, giving more consistent toe and centring feedback when adjusting trim and alignment settings.