Magnet on drone just attract hate

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SUMMARY

The discussion centers on the feasibility of using small magnets on drone propellers to generate power for microcontrollers that control drone movement. Participants highlight the challenge of calculating the power required for lift, emphasizing that the drone will need more power than generated due to inefficiencies. The conversation also touches on the need for additional power sources to maintain rotor function, suggesting that the proposed method may not be practical without a reliable energy solution.

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  • Understanding of drone mechanics and aerodynamics
  • Basic knowledge of electromagnetic principles
  • Familiarity with microcontroller programming
  • Experience in power calculations for electrical systems
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  • Research drone power requirements and lift calculations
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Drone enthusiasts, electrical engineers, and hobbyists interested in innovative power solutions for UAVs will benefit from this discussion.

3301
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Hey guys its Saturday and the beer has been on menu. So the topic was " drones using magnet" and little magnets would be placed on propellers and thus they would circulate. Power generated from that could be used in micro controllers to control the movement of drone.

Can someone tell me how to approach to this problem? How to calculate how much power my drone need to be lifted?
 
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the field lines whisk and knots would result. I guess you had whisk(e)y on the menu
 
3301 said:
Power generated from that could be used in micro controllers to control the movement of drone.
And where do you get the additional power from that the rotors will need to keep running? As you won't get 100% efficiency (and probably not even 50%), the drone will need more power than before.
 
mfb said:
And where do you get the additional power

you get the additional power from that = whiskey o0) could be used in micro controllers =neuronal network to control the movement :wink: to calculate how much power my drone=heini:sorry: need to be lifted :rolleyes:
:biggrin:
 

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