Precision aluminium upgrade - Tamiya 95660 - Jr HG Heavy Aluminum Wheels II for Low-Profile Tires (Reversible)  [95660]

Tamiya 95660 - Jr HG Heavy Aluminum Wheels II for Low-Profile Tires (Reversible)
Price:
NZD$13.10NZD$15.72
Brand:
Tamiya
Model:
95660
GTIN:
4950344956609
Condition:
Brand New
Available in warehouse
Write a review

Quick Look

The Tamiya 95660 - Jr HG Heavy Aluminum Wheels II deliver a sturdy aluminium alternative to factory plastic rims, optimised for low-profile tyres. Their reversible layout gives model builders options when setting up wheel offset and stance.

Build Quality and Compatibility

Made from heavy aluminium, these wheels add ballast to lower the centre of gravity and reduce chassis hop on bumpy sections. The metal construction helps maintain roundness under load compared with softer plastics.

They mount onto Super X and Super XX chassis platforms, though you may need to tweak body mounts or trim inner guards to avoid rubbing on some shells or accessories.

Tuning for Track Conditions

These wheels are useful for tuning stability across a variety of track types. Fit them to the front or rear to alter handling balance, or pair them with lighter rims to fine tune corner entry and exit behaviour.

Parts and Servicing

White wheel bushings are included. For replacements, use Item 10306 Mini 4WD Bushing for Aluminum Wheels. Note that black bushings listed as Item 94774 are incompatible with this wheel design.

Standard axle fitting applies, but confirm bushing seating and clearance. If the body sits close to the wheels, minor trimming or shimming may be needed to stop contact at full compression.
Yes. Mixing heavy aluminium wheels with lighter plastic ones can help you balance front to rear weight distribution. Try different combinations to suit the course layout.
Bring spare white bushings or Item 10306 along with spare axles and a basic toolkit. That way you can swap parts quickly if you notice play or fitment problems between heats.

Copyright © 2008-2025 rcjaz.co.nz All rights reserved