Tamiya 70223 Friction Powered Snail STEM Builder Kit  [70223]

Tamiya 70223 - Friction Powered Snail
Price:
CAD$18.66
Brand:
Tamiya
Model:
70223
GTIN:
4950344702237
Condition:
Brand New
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alt="Tamiya 70223 - Friction Powered Snail" title="Tamiya 70223 - Friction Powered Snail"
alt="Tamiya 70223 - Friction Powered Snail" title="Tamiya 70223 - Friction Powered Snail"
alt="Tamiya 70223 - Friction Powered Snail" title="Tamiya 70223 - Friction Powered Snail"

Explore mechanics with the Tamiya 70223 Friction Powered Snail

The Tamiya 70223 Friction Powered Snail delivers an approachable project for hobbyists and young builders to learn simple machines and motion by assembling the kit. Part of Tamiya's Educational Construction Series, it focuses on friction-driven movement so builders can study mechanical cause and effect without batteries.

Visible friction drive and playful motion

The model uses a clear housing around its friction mechanism so you can watch gears and cams in action. The snail produces a charming wagging and nodding gait by changing how the crank bases are mounted, letting users experiment with different motion patterns.

Learning features and robust build

Made from two polypropylene sheets that form the body and shell, the kit includes antennae that help deflect obstacles and a clutch system to protect gears during operation, delivering dependable handling for repeated runs.

Specifications

  • Dimensions: Length 160mm, Width 57mm, Height 64mm
  • Gear Ratio: 37.8:1
  • Maximum Distance: 12m
  • Running Time: 45 seconds
  • Speed: 1 meter every 2.4 seconds
  • Material: Polypropylene (PP)
This kit is well suited to beginners and younger hobbyists around 10 years and older, with adult supervision for first builds to explain parts and assembly steps.
Yes, the friction drive is accessible and can be taken out for use in other simple projects or experiments that need a manual drive unit.
You will typically need a small screwdriver and perhaps pliers for clipping parts free; no specialised tools or adhesives are required for the standard build.
Adjust the crank base orientation or tweak antenna position to change gait and obstacle response, which makes for easy experimentation in motion design.

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