Tamiya 71116 Sliding Fox Vibrating Action Workshop Kit  [71116]

Tamiya 71116 - Sliding Fox - Vibrating Action
Price:
£7.33
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 Demonstration Kit

The Tamiya 71116 Sliding Fox provides a clear demonstration of vibration-driven locomotion, useful for workshops and hands-on sessions. It shows how an eccentric weight and small motor can convert rotation into sliding movement.

Mechanics and motion

A Type 130 motor spins a weighted cylinder to generate fast vibrations. Those oscillations push against three rods which drive the model forward in a sliding pattern; subtle rod adjustments let you steer and alter speed during testing.

Assembly guidance

Construction combines snap-fit fittings with screws to balance ease and security, making it suitable for guided builds. The creature-like shell helps the Sliding Fox negotiate low obstacles, with the eye areas acting as low-friction rollers.

Applications and tips

Run it on level, firm surfaces for best results; it is ideal for timed runs, classroom demos, and shelf displays that highlight simple mechanical principles. Try cardboard courses to explore handling and tuning.

The Sliding Fox uses one R1/AAA/UM4 battery which is not included with the kit.
Minor bumps are manageable but larger irregularities will interrupt the sliding action and slow the model down.
Yes. Its visible mechanism makes it a good practical example for lessons about vibration, motors, and simple mechanisms.

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