TAMIYA TA01 TA02 DF01 Motor Mount Replacement JR-TA102-GU by Jazrider  [JR-TA102-GU]

Tamiya TA01 / TA02 / DF01 Aluminum Motor Mount (Gun Metal)
Price:
£5.18
Brand:
JAZRIDER
Model:
JR-TA102-GU
Condition:
Brand New
Available in shop
4 Reviews
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Robust gunmetal motor mount for TAMIYA touring and drift chassis

Manufactured to fit TAMIYA TA01, TA02 and DF01 chassis, this gunmetal aluminium motor mount replaces the factory plastic plate to provide a firmer motor fixing and better resistance to load-induced movement.

Fitting is compatible with chassis that use the original motor box mounting points. Align the motor, check pinion-to-spur engagement with a paper test, and tighten screws in stages. The component uses existing chassis holes and standard hardware; no extra fittings are supplied.

As an upgrade it stabilises motor alignment, helping to reduce gear mesh variation during aggressive driving, which can simplify tuning and improve drivetrain predictability.

 

Product Reviews
4 Reviews
rating
My order of tamiya oil dampers arrived today. I'm very pleased.eased with my items.it was very well packed and you provided a very fast return of order.10/10
rating
It's my first time ordering from overseas and JAZRIDER did a wonderful job.They were very helpful and their service was quick.Before I know it,my order has already arrived.I am very pleased with the result and I highly recommend this shop.Definitely b
rating
This shop never failed to impress me.You can be assured of fast and quality service every single time.
rating
Order shipped very quickly, the items look very good, they answer when you ask them questions... Really positive experience, very serious. Thank you jazrider.
The mount is designed for standard TA01/TA02/DF01 motor box layouts. For older or modified chassis, compare mounting hole locations before committing to installation.
OEM screws are often suitable, but inspect thread condition and length. Replace any damaged fasteners to ensure a secure and reliable fit.
Fit the pinion and spur, use a strip of paper to set the mesh, tighten progressively and perform a low-speed run to confirm there is no binding, adjusting if necessary.

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