Can You Calculate Lift Force for a RC Quad Rotor Helicopter?

AI Thread Summary
To calculate lift force for an RC quad rotor helicopter, it's essential to understand that rotors generate lift, not motors. Experimental methods and performance data from RC manufacturers are recommended for accurate calculations. Users are encouraged to explore specific resources, such as aerodynamics analysis websites, for detailed information. A suggested link provides an Excel file for helicopter performance analysis. This foundational knowledge is crucial for designing an effective quad rotor helicopter.
ukesh
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Hello!
I'm planning to start a project to design a RC controlled quad rotor helicopter. If it works out well I have an idea of making it autonomous. So first thing is that I want to know how to calculate the lift force from a single motor ?
 
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Motors don't generate lift, rotors do. :wink:

It's easier said than done, so I would suggest you do this experimentally and/or using performance data from RC manufacturer websites.
 
Cyrus said:
Motors don't generate lift, rotors do. :wink:

It's easier said than done, so I would suggest you do this experimentally and/or using performance data from RC manufacturer websites.

Thanks for correcting me:smile:
What is the experimental procedure? Or can u point me to websites containing this data? I tried searching but I ended up with only RC planes stuff.
 
ukesh said:
Thanks for correcting me:smile:
What is the experimental procedure? Or can u point me to websites containing this data? I tried searching but I ended up with only RC planes stuff.

http://www.aerodyndesign.com/ANALYSIS/ANALYSIS.htm" . Check out the Excel file link after the "Helicopter Performance Analysis" section. :)
 
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Due to the constant never ending supply of "cool stuff" happening in Aerospace these days I'm creating this thread to consolidate posts every time something new comes along. Please feel free to add random information if its relevant. So to start things off here is the SpaceX Dragon launch coming up shortly, I'll be following up afterwards to see how it all goes. :smile: https://blogs.nasa.gov/spacex/
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