Tamiya TA-series Aluminum Front Upright Knuckle Upgrade for TA01/TA02W/DF01/Hotshot - JR-TA101-RD by Jazrider  [JR-TA101-RD]

Tamiya TA01 / TA02W / DF01 / Hotshot Aluminum Front Upright Knuckle Arms (Red)
Price:
AUD$15.29
Brand:
JAZRIDER
Model:
JR-TA101-RD
Condition:
Brand New
Available in shop
4 Reviews
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Tuning-focused aluminum front uprights for Tamiya chassis

This aluminum front upright knuckle arm is a direct replacement made for Tamiya TA01, TA02W, DF01 and Hotshot chassis. The red anodized finish gives a visual cue while the stiffer metal body reduces flex compared to stock plastic parts, which helps keep toe and camber more consistent during aggressive driving.

These uprights use the standard TA mounting pattern and attach at the stock mounting points and wheel hub interfaces. When installing, confirm spindle alignment, follow recommended fastener torque settings, and cycle the suspension fully to check for interference. As a tuning component, these uprights are intended to firm up the front end for crisper steering feedback and improved consistency lap after lap.

For scale model tuning and durability upgrades only; this item is not suitable for real-vehicle application.

 

Product Reviews
4 Reviews
rating
Items arrived exactly as I ordered and in good time. Very happy with RcJaz products.
rating
Great service, very quick, loads of parts
rating
The packaging was amazing. Thank you.
rating
Spedizione velocissima e prodotti ottimi. Sono contento. Grazie.
Yes, aluminum uprights reduce front-end compliance which typically yields firmer steering and more predictable turn-in. Expect slightly sharper response at the cost of transmitting more feedback to the chassis.
Consider checking steering links and servo saver setup; reducing compliance at the uprights can highlight play elsewhere, so tighten linkages and verify bearing condition for best results.
The uprights maintain the original mounting geometry, so static camber and toe settings stay the same, but reduced flex helps the car hold those alignment settings more consistently during dynamic loads.

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