TAMIYA TA05 Touring Motor Mount, Light Blue Anodised - TA05-23/LB by 3Racing  [TA05-23/LB]

Tamiya TA05 /TA05-IFS /TA05-R Aluminium Motor Mount - Light Blue Color - 3Racing TA05-23/LB
Price:
NZD$35.02
Brand:
3Racing
Model:
TA05-23/LB
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CNC alloy motor mount for TA05 family

This alloy motor mount is a direct-fit hop-up for the TAMIYA TA05 lineup, covering TA05, TA05-IFS and TA05-R chassis. Machined for precision and anodised light blue, it aims to provide a rigid mounting face and consistent motor placement for setup repeatability.

Compatibility is restricted to the TA05 variants listed, and the component replaces the stock motor mount to modify motor stance or enhance stiffness near the gearbox. It is intended as a tuning upgrade for 1/10 scale touring car builders who tune motor position to refine handling characteristics.

Fitment notes: the mount utilises the existing motor mounting points on the chassis and maintains original alignment geometry; double-check screw lengths and gearbox clearance to ensure correct spur and pinion engagement. The anodised surface assists corrosion resistance and gives a stable contact area for heat transfer, while the aluminium body reduces flex compared with many OEM plastic mounts.

Specifications

  • Item Aluminium motor mount
  • Material Aluminium
  • Model Number TA05-23/LB
  • Compatibility Tamiya TA05 /TA05-IFS /TA05-R

Use this mount when you need repeatable motor location and a stiffer gearbox area for tuning; always check gear mesh and clearances during installation to protect the drivetrain.

Yes, it is designed to replace the factory motor mount on supported TA05 chassis to allow different motor positioning and improved rigidity.
The light blue anodised coating increases surface hardness and helps resist corrosion, providing a consistent mounting surface over time.
Most users will reuse the chassis mounting screws but verify thread type and length to avoid contact with moving parts or wiring.
Small motor position changes can shift weight distribution and driveline behaviour; consider testing incremental adjustments to find the best balance for your setup.

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