Tamiya 70213 Fin Kick Craft Set Educational Spring Arm Robot  [70213]

Tamiya 70213 - Fin Kick Craft Set/Springing Arm Robot
Price:
£13.96
Brand:
Tamiya
Model:
70213
GTIN:
4950344702138
Condition:
Brand New
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alt="Tamiya 70213 - Fin Kick Craft Set/Springing Arm Robot" title="Tamiya 70213 - Fin Kick Craft Set/Springing Arm Robot"
alt="Tamiya 70213 - Fin Kick Craft Set/Springing Arm Robot" title="Tamiya 70213 - Fin Kick Craft Set/Springing Arm Robot"
alt="Tamiya 70213 - Fin Kick Craft Set/Springing Arm Robot" title="Tamiya 70213 - Fin Kick Craft Set/Springing Arm Robot"

Learn Mechanics with the Tamiya 70213 Fin Kick Craft Set

The Tamiya 70213 Fin Kick Craft Set offers a compact, practical way to explore mechanical motion by assembling and testing the finished model. It fits well into beginner STEM activities while still appealing to hobby modellers who like simple engineering builds.

Construction Notes and Mechanism

The model employs a springing arm driven by two motors to create a kick-like motion that propels the craft. Its dimensions of 184mm by 126mm by 82mm make it a manageable size for tabletop builds, with snap-fit parts supported by a few screws for durability.

Practical Use and Running Behaviour

With motors and the switch fitted in advance, assembly focuses on joining parts and setting balance. The craft can cover approximately one metre in four to five seconds, and the rear bar supports help keep the model upright and allow it to self-right if overturned.

Specifications

  • Motorized model assembly kit
  • Dimensions: Length 184mm, Width 126mm, Height 82mm
  • Pre-attached motor and switch
  • Operates up to 2 hours on a single AA battery (not included)
  • Durable underside cover protects the gearbox
Yes, the kit is well suited to small group STEM tasks where learners can take turns assembling and testing runs while observing mechanical principles in action.
The model uses a single AA battery (not supplied) and is designed to run for up to around two hours under normal conditions before the cell needs replacing.
You can adjust the rear support bars and balance point to influence turning behaviour; experimenting with these settings is a good way to learn about centre of gravity and motion control.

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