Update Overview authored by abeinder's avatar abeinder
The test stand is designed to keep a Crazyflie drone in place while still letting it roll, pitch, and yaw. The test stand consists of three parts: the stand, the mount, and the electronics.
# Files
Crazyflie test stand
Crazyflie yaw stand
Crazyflie pitch and roll stand
[XYStand](uploads/50af31dbf520795ea0a8bca360dc1fd3/XYStand.zip)
sdmay23 drone test stand
sdmay23 drone yaw test stand
sdmay23 drone pitch and roll stand
# The Stand
The main body of the test stand sits on three legs allowing a drone to be mounted to a sensor in the center to test yaw rotational values and has weighted legs to allow it to sit on its side for pitch and roll measurements.
![Test_Stand_Wiki_Render](uploads/ddfa856a1552ee832ee7e69c1e82ff3b/Test_Stand_Wiki_Render.png)
The main body of the test stand sits on three legs allowing a drone to be mounted to a sensor in the center to test yaw rotational values and has weighted legs to allow it to sit on its side for pitch and roll measurements. ![Test_Stand_Wiki_Render](uploads/ddfa856a1552ee832ee7e69c1e82ff3b/Test_Stand_Wiki_Render.png)
# The Mount
......@@ -16,7 +31,9 @@ The pitch-roll drone mount allows the drone to be mounted to the test stand when
![Roll_Mount_Wiki_Render](uploads/ce73e7c3546232ff516f8b92464c5f40/Roll_Mount_Wiki_Render.png)
# The Electronics
See here: https://git.ece.iastate.edu/danc/MicroCART/-/wikis/Test-Stand/Electronics
# The Firmware
The firmware code to run the test stand control board can be viewed in [/test_stand_firmware](/../blob/master/test_stand_firmware)
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