Tamiya 53511 Aluminum Steering Kit - TB-Evolution Series  [53511]

Tamiya 53511 - Aluminum Racing Steering Set TV Evolution OP-511
Price:
AUD$40.06
Brand:
Tamiya
Model:
53511
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Race-Calibre Steering Components

The Tamiya 53511 Aluminum Racing Steering Set replaces stock plastic parts with machined aluminium components to strengthen the steering system on TB-Evolution cars. The lightweight metal helps keep handling sharp.

Factory-Installed Ball Bearings

Ball bearings are fitted inside the steering arm body to lower friction and improve reaction times. This setup supports consistent steering input and better mid-corner control.

Included Parts and Fitting Notes

The box contains two steering arms, five 5mm ball connectors, five 6mm ball connectors, five aluminum spacers, and two 3x15mm screws. A step-by-step instruction sheet is included to assist with fitting.

Specifications

  • Material: Aluminum
  • Compatibility: TB-Evolution I, II, TGR series
  • Includes: Two steering arms, ten ball connectors, five spacers, screws

A practical upgrade for racers and serious hobbyists, this steering set improves precision and resilience without complex modifications.

Will this fit TB-Evolution II without modifications?

Yes, the kit is designed for TB-Evolution I and II as well as the TGR series and should fit without extra machining if your car is standard spec.

Is extra maintenance required for the bearings?

Periodic cleaning and light lubrication will keep the bearings functioning smoothly, especially after dusty or wet runs.

Does the kit include all necessary screws?

The kit includes the two 3x15mm screws listed; check your existing hardware for any additional fasteners needed for your specific setup.

Will aluminium part increase end weight?

Aluminium is light and stiff; you should notice minimal weight change while gaining stronger steering components and reduced flex.

Can I run these with my existing servo?

Most common servos will work fine since bearings lower drag, but higher torque servos will give quicker, more precise inputs.

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