![]() If the aircraft is further than 50 m from the Home Point and the current altitude is lower than the Preset RTH altitude, it will fly back to the Home Point at its current altitude." Not the situation in your test. If the aircraft is further than 50 m from the Home Point and the current altitude is higher than the If the aircraft is 50 m or less than 50 m from the Home Point, it will fly back to the Home Point at itsĬurrent altitude." Not the situation in your test. The aircraft will enter or remain in Straight Line RTH if the remote controller signal is restored during RTH.Īfter flying backward on the original route for 50 m:ġ. If the aircraft is more than 50 m from the Home Point when the remote controller signal is lost, it will fly backwards for 50 m on its original flight route" which should seemingly have included a climb from 10m to 60m " and then enter Straight Line RTH. As a joke size matters lol.įrom the 1.4 wersion of the manual, which is the latest version I can find, it says ![]() ![]() (I can only go by the manual as I do not have a Mini 3 and I doubt I will get a mini 3 until the second hand prices drop, I think they are simply far too expensive for what the drone is. It made me wonder what would happen with the likes of a mini 2 or a drone with OA switched off, (this assumes GPS was not lost) would the drone reverse the original inbound flight path in 3D and climb out of the tower as part of its 'backwards' flight etc.ĭid some other tests today, and one Failsafe RTH test.īeep beep that's worrying, possibly dangerous (to the drone) and not as I understand the Mini 3 manual. This stemmed from seeing a video of someone flying their drone down into a power station cooling tower. Yes I would hope the drone will climb or descend, as appropriate, along the original flight path but I have not been in a situation where I had the space to test this. The objective being to test whether it will descend to below the RTH height and then, in RTH, climb to the RTH height. The objective being two things, a) will it climb through the RTH height during the 'backwards'/retrace and b) will it actually climb all the way to 60m.įlight 2) Climb steeply from below the RTH height whilst moving drone across your field of view so that it reaches say 60+m by the time it has travelled 50m horizontally, once up there trigger the fail safe. Once below the RTH height trigger the fail safe. with the aim of getting it under the RTH height by the time the drone has moved 50m horizontally. Once at height move the drone slowly across your field of view whilst bringing it down as quickly as possible. Suggested flights, both with RTH set to 20m.įlight 1) send the drone up to say 60m and well away from the home point. RTH height to minimum = 20 meters for a Mini3 pro.
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