Tamiya 54075 RC TB-03 Precision Fluorine Ball Head King Pin OP-1075 [54075]

Tamiya 54075 - RC TB-03 Ball Head King Pin - (Fluorine Coated) OP-1075

Price:

CAD$10.05

Brand:

Tamiya

Model:

54075

GTIN:

4950344540754

Condition:

Brand New

Quantity:

Available in warehouse

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Description
FAQ

Sharper steering with a fluorine-coated king pin

The Tamiya 54075 - RC TB-03 Ball Head King Pin uses a fluorine finish to reduce friction where the ball connector, adjuster, flange pipe and resin parts meet. The result is more consistent steering feedback and smoother linkage movement for race setups and spirited track sessions.

Works with these Tamiya chassis

This king pin is manufactured to fit multiple Tamiya platforms, including TB-03, TA05 IFS-R, TRF416 and TB Evo 5MS. It suits racers and hobbyists who want a dependable steering upgrade without changing core geometry.

What you get in the pack

5x9mm Ball Connector: Metal plated for improved wear resistance.
4.5x3.5mm Flange Pipe: Metal plated flange for secure fitment.
Fluorine-Coated Flange Pipe: Supplied for TB Evolution IV applications.
TRF414X Spacer: 3x0.7mm spacer for fine tuning.
3x10mm Hex Screw: Nickel plated fastener for reliable assembly.

How long will the fluorine coating last under normal use?

Under regular hobby use the fluorine finish reduces wear and keeps movements smooth. Lifespan depends on driving conditions and maintenance, but it is designed for extended service compared with uncoated parts.

Can I fit this to other Tamiya kits?

This kit is built for TB-03, TA05 IFS-R, TRF416 and TB Evo 5MS chassis. It may work with other models that share the same linkage dimensions, but double-check fitment before installation.

Is special grease required with the fluorine coating?

A light PTFE or silicone-safe grease is compatible and can help maintain smooth action. Avoid heavy oil that attracts dirt or aggressive solvents that could affect surrounding parts.

Will this change my steering geometry?

The part is a direct replacement and preserves the original geometry. It improves friction characteristics rather than altering link lengths or angles.