Tamiya 69917 Black/Metallic Gray Track and Wheel Kit for STEM Builds  [69917]

Tamiya 69917 - Track/Wheel Set (Black/Metallic Gray)
Price:
CAD$11.08
Brand:
Tamiya
Model:
69917
GTIN:
4950344699179
Condition:
Brand New
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alt="Tamiya 69917 - Track/Wheel Set (Black/Metallic Gray)" title="Tamiya 69917 - Track/Wheel Set (Black/Metallic Gray)"
alt="Tamiya 69917 - Track/Wheel Set (Black/Metallic Gray)" title="Tamiya 69917 - Track/Wheel Set (Black/Metallic Gray)"
alt="Tamiya 69917 - Track/Wheel Set (Black/Metallic Gray)" title="Tamiya 69917 - Track/Wheel Set (Black/Metallic Gray)"

Overview of the Tamiya 69917 Track/Wheel Set

The Tamiya 69917 Track/Wheel Set is a flexible parts bundle tailored for STEM and hobby builders seeking modular track systems. The package supports creative assembly and testing in construction and robotics projects, letting users explore drivetrain layouts and mechanical linkages.

Build Flexibility and Details

This kit provides three lengths of black elastomer tracks so you can match tread length to your chassis. The set also includes sprocket, idler, and road wheels in both large and small sizes, giving options for different ground contact and suspension experiments.

Integration and Compatibility

Designed to work with many Tamiya Construction and Robotics lines, the set uses standard shafts and poly caps for straightforward mounting and adjustment. A hex shaft is included for added alignment options when experimenting with alternative gear or motor placements.

Use the set to demonstrate tracked drive systems, suspension basics, or to prototype small robots that need traction. The multiple track lengths let students compare performance across configurations.
Yes, the components are compatible with a number of Tamiya Construction and Robotics kits that accept standard shafts and wheel fittings, making them easy to integrate into existing builds.
Measure the desired loop and trim the elastomer track with a sharp tool if needed, then re-seat on the sprocket and idler. Test tension and alignment before running motors to avoid slipping.

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