While it seems all should be ok, anyone performed a planned UAV shutdown of engines hovering (or not) and what happened? Did the re-start recover the UAV? Any tumbling if from a hover, etc.
very interesting... But I would disagree about being nostalgic about the good old days because if there's one thing that I have to say has piss me off with every single DJI drone I've seen and flown is the way that it manages the battery requirements to safely return home. It gages how much you have left to come back home with so much bias its predictable what to do to stay in control. for me the biggest frustration is putting a very heavy emphasis on altitude rather distance. calculating the power used to go to the furthest point away from home, compare that to the Baseline (factory or through machine learning) readings in perfect weather no wind, that will give it ahint if it was going against the wind or not and certainly enough data to calculate needed battery.Just make sure you have enough battery left. This was shot in the ol' Phantom 1 days (for you millennials, that means NO telemetry data). Battery capacity was measured using a stopwatch.
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very interesting... But I would disagree about being nostalgic about the good old days...."
...because if there's one thing that I have to say has piss me off with every single DJI drone I've seen and flown is the way that it manages the battery requirements to safely return home. It gages how much you have left to come back home with so much bias its predictable what to do to stay in control. for me the biggest frustration is putting a very heavy emphasis on altitude rather distance. calculating the power used to go to the furthest point away from home, compare that to the Baseline (factory or through machine learning)...
...readings in perfect weather no wind, that will give it ahint if it was going against the wind or not and certainly enough data to calculate needed battery.
But having a drone go 3.5km away at 500m up and trigger a RTH still on the way there with something like 66% battery remaining.
it was going with the Wind on the route back and it decides to Autoland LITERALLY the second after getting on the trip back. That brings the redest redneck you ever seen because instead of flying at 50 kilometers an hour I'm limited to 23 and with that i have to fight the landing which cannot be overridden and even with all that wasted power,
if i didnt ignore the RTH more than once i always land with over 15%, in worst cases I land at zero still at home but with possible battery damage...
Dude, ATTI mode isn't the same on all drones,
I specifically were talking about the Spark and Mavic Air.
ATTI mode isn't a switch to flip to, it's a potential flyaway---
as I had in my baby days as a new pilot and its not something you're taught how to deal with when the user manual refers to it under the troubleshooting section and not the controller flight modes
If you are talking about the Spark and Mavic Air there are dedicated forums for those aircraft.Dude, ATTI mode isn't the same on all drones, I specifically were talking about the Spark and Mavic Air. ATTI mode isn't a switch to flip to, it's a potential flyaway---as I had in my baby days as a new pilot and its not something you're taught how to deal with when the user manual refers to it under the troubleshooting section and not the controller flight modes
Not really interested in comments like the one above on the forum at those sort of distances and altitudes..........But having a drone go 3.5km away at 500m up and trigger a RTH still on the way there with something like 66% battery remaining. it was going with the Wind on the route back and it decides to Autoland LITERALLY the second after getting on the trip back. That brings the redest redneck you ever seen because instead of flying at 50 kilometers an hour I'm limited to 23 and with that i have to fight the landing which cannot be overridden and even with all that wasted power, if i didnt ignore the RTH more than once i always land with over 15%, in worst cases I land at zero still at home but with possible battery damage...
Why???While it seems all should be ok, anyone performed a planned UAV shutdown of engines hovering (or not) and what happened? Did the re-start recover the UAV? Any tumbling if from a hover, etc.
Why???
For emergency reasons.I guess I do not understand why anyone would attempt a planned UAV shutdown of engines. but that's just my thoughts
For emergency reasons.
eg - your aircraft has thrown a prop and is spinning uncontrollably towards a school/busy road/heavily pedestrian populated area.
Agreed.I could possibly see it as an emergency procedure, but not a planned shutdown just to see what happens.
I've seen a vid a while back. A guy shut down a P3 and filmed it with another P3. Got it restarted and everything was fine. Cool vid. May still be on YT!Again, has anyone actually attempted and can relate a planned midair shutdown and restart?
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