Update Overview authored by Brandon Cortez's avatar Brandon Cortez
...@@ -4,15 +4,17 @@ The test stand is designed to keep a Crazyflie drone in place while still lettin ...@@ -4,15 +4,17 @@ The test stand is designed to keep a Crazyflie drone in place while still lettin
# The Stand # The Stand
Brandon write this part since he designed it? 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) ![Test_Stand_Wiki_Render](uploads/ddfa856a1552ee832ee7e69c1e82ff3b/Test_Stand_Wiki_Render.png)
# The Mount # The Mount
same as above The yaw drone mount allows the drone to sit on top of the stand and rotate freely on a rotational sensor.
![Yaw_Mount_Wiki_Render](uploads/a072b5ebacb8a5e0085419c92e0ea70f/Yaw_Mount_Wiki_Render.png) ![Yaw_Mount_Wiki_Render](uploads/a072b5ebacb8a5e0085419c92e0ea70f/Yaw_Mount_Wiki_Render.png)
The pitch-roll drone mount allows the drone to be mounted to the test stand when it is on its side and keep the drone's center of mass on the axis of rotation.
![Roll_Mount_Wiki_Render](uploads/ce73e7c3546232ff516f8b92464c5f40/Roll_Mount_Wiki_Render.png) ![Roll_Mount_Wiki_Render](uploads/ce73e7c3546232ff516f8b92464c5f40/Roll_Mount_Wiki_Render.png)
# The Electronics # The Electronics
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