Hello,
I am trying to build my own thrust test stand for a motor-propeller setup in order to test for values of thrust, RPM, and temperature. The reason why I would like to build it instead of buy is because buying a dynamometer for a motor of my size is very expensive.
The motor I intend to test is a 60V brushless DC motor that can have 36 kg of thrust. It has dimensions of 147.5 x 64 mm. It will hold a propeller 40 in. in diameter.
My intention is to build something similar to these projects:
My questions are the following:
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Is it possible to do something like this, scaling up the projects I linked above using Arduino? Is 60V too high a voltage for a 5V Arduino microcontroller? And if so what are my options with regards to usiing other microcontrollers for this project?
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Based on the attachments above, here are the components I hope to use in order to measure the parameters listed above:
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For measuring thrust: using a 50kg load cell interfaced with HX711 Load Amplifier, wherein I can read off the values off the serial monitor or attach to an LCD
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For measuring RPM: using Laser TX/RX as in the github link above
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For measuring temperature: a temperature sensor, like a thermistor, or instead just using a temperature gun
- I intend to integrate all these components on a breadboard as I am unfamiliar with designing PCBs. Is this the right approach?