changes.mady.by.user Tong Zhang
Saved on 2024-07-05
changes.mady.by.user Hardy Yu
...
Test 1: Test Basic Obstacle Avoidance
Procedure
Goals / Objectives
Knockoff Criteria
Place blue landing pad on ground
Set up waypoints
Create path that flies over the landing pad
Run airside
SSH into the raspberry pi to check logs
Ensure no errors
System crashes
Battery plugged in
Mission planner no pre-arm warning
make sure AUTO is in one of the flight mode
Bring the drone to the flightline
toggle safety switch
Enable logging
Arm the drone and set mode to AUTO
Let drone start flying through waypoints in AUTO
Drone unstable
unable to establish VLOS
Timer threshold:
flight time exceeded 5 min.
VBatt below safety threshold: 10V
QLAND immediately, disarm when landed.
Recover drone & gather state of batteries
Lost link
Follow lost link procedures. Maintain vlos if possible.
Contact necessary local authorities.
Wait for drone to complete path and hover over the 2nd waypoint (the landing waypoint)
Ensure drone completes the mission.
Pilot manually intervenes and lands drone
Disarm the drone
disarm the drone, Toggle safety switch
Test 1: Gemini Radio
Connect Gemini RF
Configure Radio Failsafe
Confirm that Gemini is working
Houston doesn’t crash if radio failsafe happens
Enable Gemini Logging
Starts to fetch that will later be used for Gemini performance evaluation
Take off the drone in Loiter with the receiver facing Gemini
Testing the Gemini performance when no object between two radio modules
Radio Link Lost
Low Battery
Fly away and fly back
Testing the Gemini performance as distance increase
Yaw, and receiver facing away from Gemini.
Verify the performance as there is obstacles between radio modules
Land and repeat if necessary
We want to reproduce the link status issue we had last time.
Got desired data
Houston unable to keep flying
Explain what capacity you need, what needs to be mounted, etc.