Tamiya 70217 Flywheel Car Kit - Educational Friction Model  [70217]

Tamiya 70217 - Flywheel Car Assembly Kit/Friction Powered Car
Price:
£14.71
Brand:
Tamiya
Model:
70217
GTIN:
4950344702176
Condition:
Brand New
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alt="Tamiya 70217 - Flywheel Car Assembly Kit/Friction Powered Car" title="Tamiya 70217 - Flywheel Car Assembly Kit/Friction Powered Car"
alt="Tamiya 70217 - Flywheel Car Assembly Kit/Friction Powered Car" title="Tamiya 70217 - Flywheel Car Assembly Kit/Friction Powered Car"
alt="Tamiya 70217 - Flywheel Car Assembly Kit/Friction Powered Car" title="Tamiya 70217 - Flywheel Car Assembly Kit/Friction Powered Car"

Educational Build: Tamiya Flywheel Car

The Tamiya 70217 Flywheel Car Assembly Kit is a compact educational model that demonstrates basic mechanical principles. Its friction-driven flywheel makes it easy to run controlled experiments on energy and motion.

See Kinetic Energy Work

The clear drive unit exposes the metal flywheel and internal motion so observers can watch how energy is stored and released. On a suitable surface the flywheel will move the car for about 20 metres, equivalent to roughly 35 seconds of travel.

Interchangeable Movement Cams

This kit includes zigzag and figure of eight cams plus a spare cam that users can alter. Changing cams modifies the front wheel path and helps demonstrate how mechanical profiles influence steering.

Quick Assembly and Test Options

Parts assemble with snap-fit connections and screws, so no glue is required and beginner builders can take part. Locking the front wheel lets you run straight-line tests for distance and timing analysis.

Specifications

  • Length: 141mm
  • Width: 85mm
  • Height: 67mm
  • Approximate Top Speed: 2km/h
  • Includes rubber ring tires for all wheels
Its visible mechanism and cam-driven steering let students see cause and effect directly, making abstract concepts like stored energy easier to grasp.
The kit is supplied with rubber ring tyres. For replacements check with parts suppliers or the manufacturer when tyres show wear.
Use the front-wheel lock for straight runs and time the car over a set distance to record average speed and compare cam effects.
The flywheel drive is removable and can be adapted into compatible hobby projects, giving scope for creative reuse in other builds.

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