Optimizing Rotational Torque for Vertical Thrust: Gear and Device Considerations

AI Thread Summary
To optimize rotational torque for a vertical thrust application, key factors include the thrust force of 10,000 pounds and the desired RPM range of 50 to 100. The discussion highlights the need for a clear understanding of the setup, including the dimensions of the horizontal shaft and the method of energy transfer. Participants emphasize that without specific details, such as gear ratios and mechanical configurations, it's challenging to provide accurate recommendations. The conversation underscores the importance of defining all variables to effectively calculate the maximum foot-pounds the shaft can deliver. A comprehensive analysis of the system is essential for determining the appropriate combination of gears or devices.
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QUESTION: Thank you for assisting a non engineer with a problem.
10,000 pounds of thrust is moving in a verticle path at the rate of one foot per
second.

This is attached to a horizontal shaft (size not determined) by what ever means
necessary to transfer the maximum energy.

What is the maximum foot pounds the shaft can deliver (by whatever combination
of gears or other devices) if the desired RPM is between 50 and 100 RPM.

What combination of gears or other devices would be needed
 
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I wish I could understand your problem set up, but I can't see it. Can you shed a little more details of the set up?
 
That's what prevented me from responding before, as well. The question leaves far too many variables to be meaningful.
 
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