Making a Gyroscope: Get an Edge in the Competition

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Discussion Overview

The discussion revolves around the design and fabrication of a gyroscope for a manufacturing process class project, with a focus on optimizing the gyroscope's performance for a competition. Participants seek advice on materials, design considerations, and techniques to enhance the gyroscope's stability and longevity during operation.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant mentions using brass bearings, a steel spindle, and an aluminum frame, and is uncertain about the material of the ring and circular object.
  • Another participant inquires about design tweaks, specifically the spindle's point shape, noting a preference for either a sharp or rounded point.
  • Some participants suggest that careful construction and minor adjustments could impact the gyroscope's performance.
  • A different participant requests design ideas for a mechanical gyroscope for laboratory use, indicating a need for guidance on the project.
  • Responses include a reminder that participants should conduct their own research and explore different types of gyroscopes.

Areas of Agreement / Disagreement

There is no consensus on specific design strategies or materials, as participants express varying levels of uncertainty and seek different insights. The discussion remains unresolved regarding the optimal design choices for the gyroscope.

Contextual Notes

Participants have not provided detailed specifications or constraints beyond the initial materials mentioned. There are indications of missing assumptions regarding the design process and the impact of different spindle shapes on performance.

Who May Find This Useful

Undergraduate students in mechanical engineering or related fields, particularly those working on projects involving gyroscopes or similar mechanical devices.

12danny21
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Hello guys, I am currently going through my undergrad in mech. engineering and i am taking a manufacturing process class and we are creating a gyroscope as one of the two projects for the course. The class is going to have a competition to see whose gyro would stay up the longest, and i was wondering if there is anything i can do to help me gain an advantage. The materials we are using are brass bearings, steel spindle, aluminum frame, and i think the ring and the circular object is made of steel as well. Not sure yet because it has only been one day of shop and i only made the spindle. Any input would be appreciated. If i can i will try and post up the specs of the gyro. Thanks. My TA said that a common argument for the spindle is to either have a sharp point or a rounded point. the ends are filed at 60 degrees if that kind of help. but yea thanks a lot.
 
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12danny21 said:
Hello guys, I am currently going through my undergrad in mech. engineering and i am taking a manufacturing process class and we are creating a gyroscope as one of the two projects for the course. The class is going to have a competition to see whose gyro would stay up the longest, and i was wondering if there is anything i can do to help me gain an advantage. The materials we are using are brass bearings, steel spindle, aluminum frame, and i think the ring and the circular object is made of steel as well. Not sure yet because it has only been one day of shop and i only made the spindle. Any input would be appreciated. If i can i will try and post up the specs of the gyro. Thanks. My TA said that a common argument for the spindle is to either have a sharp point or a rounded point. the ends are filed at 60 degrees if that kind of help. but yea thanks a lot.

Welcome to the PF. We ask a lot of questions here. To keep the gyro spinning the longest, what do you think you want to maximize and minimize in your design... ?
 
well there isn't much i can change from the specs we are suppose to follow. There are just things like to be more careful when making the part i guess. Like when i was making the spindle my TA said i could have left the point a bit rounded off like a ball point pen, but some like to have it a sharp fine point. I was hoping to receive some insight like that. just minor tweaks or things i should look out for when creating the rest of my gyro. Thanks
 
12danny21 said:
Hello guys, I am currently going through my undergrad in mech. engineering and i am taking a manufacturing process class and we are creating a gyroscope as one of the two projects for the course. The class is going to have a competition to see whose gyro would stay up the longest, and i was wondering if there is anything i can do to help me gain an advantage. The materials we are using are brass bearings, steel spindle, aluminum frame, and i think the ring and the circular object is made of steel as well. Not sure yet because it has only been one day of shop and i only made the spindle. Any input would be appreciated. If i can i will try and post up the specs of the gyro. Thanks. My TA said that a common argument for the spindle is to either have a sharp point or a rounded point. the ends are filed at 60 degrees if that kind of help. but yea thanks a lot.




hi there...could u help me in designing the gyrocope...??i am undergraduate student and my project is to design and fabricate the mechanical gyroscope for laboratory use...could u give me some idea/design ??thanks...
 
azizi said:
hi there...could u help me in designing the gyrocope...??i am undergraduate student and my project is to design and fabricate the mechanical gyroscope for laboratory use...could u give me some idea/design ??thanks...

We do not do your school project work for you here on the PF. What other research have you done so far? What different types of gyroscopes are there?
 

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