Tamiya 22103 44mm LW Swing Shaft Pair for 1/10 Touring Chassis  [22103]

Tamiya 22103 - 44mm LW Swing Shafts (2pcs) BB
Price:
AUD$21.04
Brand:
Tamiya
Model:
22103
GTIN:
4950344221042
Condition:
Brand New
Available in shop
Write a review

Straight swap for shaft-driven touring setups

These 44mm LW swing shafts come as a matched set for 1/10 scale shaft-driven touring cars and TRF-type chassis. The reduced rotating mass supports smoother driveline behaviour while retaining the common swing-shaft footprint.

They are generally fitted between the differential output and the wheel hub on shaft-driven vehicles. Confirm the specified 44mm length and the coupling style on your particular chassis prior to installation.

Practical fitting and checks

  • Verify each shaft spins true and shows no bend before installing to avoid transferring vibration into the driveline.
  • Secure couplings and grub screws properly and check engagement depth to prevent slippage during hard acceleration.
  • Use a light application of compatible lubricant on splines to reduce wear, keeping grease to a minimum to limit dirt build-up.
  • Run an initial low-speed check after fitting to ensure smooth rotation before full-power use.

Maintenance and tuning benefits

As a lighter replacement component these shafts can help fine-tune throttle response and are useful as part of regular maintenance. They also aid in troubleshooting drivetrain drag or imbalance during setup sessions.

They are intended as replacement swing shafts for 44mm applications; ensure your drivetrain and couplings are rated for the motor torque you run to avoid failure.
After installation, rotate the drivetrain slowly and listen for clicks or rasping. Drive the car at low speed and feel for vibration through the chassis to spot problems early.
They will work where the physical coupling and length match. If your car uses a different coupling interface, pick a shaft that matches that style rather than forcing a mismatch.
Replace shafts that show wear, bends, or repeated vibration issues. Frequency depends on running conditions but inspect them during routine drivetrain servicing.
Changes are subtle; reduced rotating mass can improve throttle response and reduce inertia-related lag, but overall handling will be influenced by many setup factors.

Copyright © 2008-2026 rcjaz.com.au All rights reserved