Tamiya 71116 Sliding Fox Vibrating Action Hobby Kit  [71116]

Tamiya 71116 - Sliding Fox - Vibrating Action
Price:
AUD$14.82
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 Model

The Tamiya 71116 Sliding Fox is a compact kit that demonstrates how vibration can power movement. It is well suited for hobbyists who enjoy modifying set-ups and testing small course designs.

Drive system and movement

The kit includes a Type 130 motor paired with an eccentric weight plate to produce strong vibrations. Those pulses are carried through three rods to propel the model in a sliding manner, and adjusting the rods changes the travel path and speed.

Construction and adaptability

Parts are a mix of snap-fit components and screw-mounted elements to help builders of varied skill levels complete the model. The stylised body and eye rollers aid manoeuvrability over lightweight obstacles such as paper ramps or cardboard tracks.

Practical uses and display

Best used on level surfaces, the Sliding Fox works well for casual races, maker projects, and shelf displays. Its simple mechanism makes it an engaging example of vibration-driven motion for tinkering and teaching.

No. The Sliding Fox requires one R1/AAA/UM4 battery which you must buy separately.
Flat, hard surfaces like tables and floors are ideal. Textured or soft surfaces will reduce its sliding efficiency.
The kit is simple but mod-friendly; hobbyists often experiment with different weights or rod lengths to change behaviour.
With normal use on appropriate surfaces the parts hold up well, though rough handling or running on rough terrain can wear small components faster.

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