Tamiya 71116 Sliding Fox Vibrating Action Educational Kit  [71116]

Tamiya 71116 - Sliding Fox - Vibrating Action
Price:
NZD$17.12
Brand:
Tamiya
Model:
71116
GTIN:
4950344711161
Condition:
Brand New
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alt="Tamiya 71116 - Sliding Fox - Vibrating Action" title="Tamiya 71116 - Sliding Fox - Vibrating Action"
alt="Tamiya 71116 - Sliding Fox - Vibrating Action" title="Tamiya 71116 - Sliding Fox - Vibrating Action"
alt="Tamiya 71116 - Sliding Fox - Vibrating Action" title="Tamiya 71116 - Sliding Fox - Vibrating Action"
alt="Tamiya 71116 - Sliding Fox - Vibrating Action" title="Tamiya 71116 - Sliding Fox - Vibrating Action"
alt="Tamiya 71116 - Sliding Fox - Vibrating Action" title="Tamiya 71116 - Sliding Fox - Vibrating Action"

Tamiya 71116 Sliding Fox - Vibrating Action Learning Model

The Tamiya 71116 Sliding Fox offers a practical introduction to vibration-based movement and simple mechanics. Builders can observe how oscillation translates into forward motion while assembling a neat display model.

Vibration mechanism explained

An included Type 130 motor spins a weighted disk to generate rapid oscillations. Those vibrations are transmitted through three drive rods to create a distinctive sliding gait, and small changes to the rods alter travel behaviour.

Assembly steps and parts

The kit uses a mix of snap-on pieces and screws to keep construction approachable for newcomers. Its creature-style shell is designed to roll and slide around lightweight obstacles, with the eye areas acting as functional rollers.

Where to run and show off

Designed for even surfaces like tabletops and floors, the Sliding Fox suits timed runs, classroom demonstrations, and club workshops. It highlights core STEM ideas while encouraging practical problem solving.

It takes a single R1/AAA/UM4 battery, not included, so keep a spare on hand for demos.
Assembly is aimed at beginners with clear steps; adults may help with small screws but most parts snap together easily.
Yes. Its visible motion and adjustable setup make it useful for demonstrations about vibration, balance, and simple machines.

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