Tamiya 70222 - Friction Power Unit  [70222]

Tamiya 70222 - Friction Power Unit
Price:
USD$13.30
Brand:
Tamiya
Model:
70222
GTIN:
4950344702220
Condition:
Brand New
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Tamiya 70222 Friction Power Unit: A Versatile STEM Component

The Tamiya 70222 Friction Power Unit is an essential component for hobbyists and educators looking to enhance their STEM projects. This unit offers a dynamic way to introduce basic mechanical principles and energy storage through hands-on assembly and experimentation.

Key Features and Design

At the heart of this unit is a flywheel mechanism, which stores kinetic energy as you spin the drive wheel. This energy is then transferred through a shaft to the crank wheels, effectively demonstrating energy conversion and storage. The unit's clear ABS casing allows users to observe the internal mechanics in action, offering an educational glimpse into the workings of simple machines.

Compatibility and Applications

Designed to integrate seamlessly with Tamiya's Educational Construction Series, this friction power unit can be paired with universal plates, arms, wheels, tracks, and more. Its versatility makes it a valuable tool for creating custom models or enhancing existing projects. By attaching kit-included crank wheels or optional rear wheels like those from the Slim Tire Set (Item 70193), users can transform the unit into a functional moving vehicle.

Practical Use in STEM Education

This friction power unit is ideal for educators and hobbyists aiming to demonstrate fundamental physics concepts such as motion, force, and energy transfer. Its hands-on nature encourages interactive learning experiences, making abstract scientific principles tangible and understandable.

The unit measures 65mm in length, 40mm in width (excluding the shaft), and 50mm in height.
The gear ratios of 37.8:1 and 44.1:1 allow for different torque and speed configurations, providing flexibility in various applications.
Yes, it is compatible with a wide range of Tamiya Educational Construction Series items, allowing for diverse project possibilities.

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