Tamiya 70223 Friction Powered Snail Classroom Model  [70223]

Tamiya 70223 - Friction Powered Snail
Price:
£9.95
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"

Practical STEM building with the Tamiya 70223 snail

The Tamiya 70223 Friction Powered Snail is an accessible assembly project that helps users grasp mechanical fundamentals by constructing the model. Part of Tamiya's Educational Construction Series, it shows how friction can power motion without relying on batteries.

Transparent drive and adjustable motion

The friction assembly is housed in a clear casing so the rotating components and linkages can be inspected while running. Changing the crank base alignment alters the snail's wag and nod, allowing simple tests in motion variation.

Durable parts and obstacle response

The body and shell are formed from two polypropylene sheets for a durable but light build. Functional antennae help guide the model around small obstacles and a clutch protects the gears from overload.

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)
Yes, its straightforward assembly and visible mechanism make it ideal for small group sessions where participants can compare builds and motion outcomes.
You can reposition crank components and adjust antennae to create variations in movement; the friction unit can also be reused in other simple experiments.
Common wear items like small gears or antennae may be replaceable through parts suppliers or hobby stores that stock Tamiya components.
Use care with small parts around young children, follow assembly instructions, and avoid forcing components to prevent breakage of plastic elements.
Ensure screws are snug but not overtightened, test on a smooth flat surface, and experiment with crank orientation to fine tune travel distance and gait.

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