Gyroshuttle: A 3D-Printed Gyroscope-Integrated Space Shuttle Model

Explore the dynamics of gyroscopic motion with the Gyroshuttle, a easy to print 3D-printed educational model.
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updated February 20, 2024

Description

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What is the Gyroshuttle?

The Gyroshuttle model is designed as an educational tool to demonstrate the principles of gyroscopic motion in a tangible and engaging way. Ideal for use in schools and universities, this model integrates a gyroscope within the body of a space shuttle, providing a practical demonstration of how gyroscopes are used in aerospace for orientation and navigation. The model is fabricated using both FDM and L-PBF 3D printing techniques, ensuring a blend of durability and detail. Key considerations during assembly include the precise construction of the gimbal mechanism to allow for the gyroscope's free movement, and the importance of using the recommended materials for each component to achieve the desired balance and functionality. With its innovative design and educational focus, the Gyroshuttle offers an interactive learning experience that highlights the application of gyroscopes in aerospace technology.

 

How to print it?

PLEASE NOTE: This model is not easy to build; in addition to the FDM parts to be printed, it also requires parts printed in metal and screws modified on a lathe.

All parts are designed to require minimal support and fit on a standard printer like the Prusa MK3. The gyroscope rings can also be printed from plastic, but the gyroscope itself should be made of metal to withstand the high centrifugal forces. For this, the L-PBF process is most suitable, although it would also be conceivable to manufacture the gyroscope on a lathe.

 

What is included in this project?

Next to the STL files, a detailed documentation in german is attached, as well as the original Fusion360 Model. 

 

What parts do I need for assembly?

 

 

How to assemble it:

 

How it was made:

The model was designed in Fusion360 using freeforms. It was quite challenging since it was my first time using this feature. The body was then converted to a solid body: 

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Model origin

The author marked this model as their own original creation.

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