Testing Loiter/GPS lock, Altitude hold, and autonomous mission in my Pixahawk based tarot hexacopter

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#pixhawk_flight_controller #Pixhawk 2.4.8 #pixhawk
Hello friends! welcome in the video..
This drone is made for the purpose of automated medicine delivery in rural hilly areas of Nepal through drone and these are some of the early test flight results/ photages.
full details of the Hexacopter
Here i showed all the maiden i.e. first ever test flights of my tarot 690 hexacopter which is controlled by radiolink pixhawk 2.4.8 with radiolink SE100 gps module..
I started my test flights from ground level i.e fliying at default ardupilot parameters and later on changed them or tuned them to fly my drone at optimum performance..
I first flew it in the stablized flight mode, later on changed to altitude hold and loiter at last. I also did autonomous flights with it through my smartphone running Qground control through
telemetry.

frame : Tarot Ironman 690 made with carbon fiber
Motors: Tarot 4008 380kv 6s
ESC : Hobbywing X rotor 40A 6s
propellers: 1355 carbon fibre made by Tarot.
Flight Controller : Pixhawk 2.4.8
Gps Module : Radiolink SE 100, Neo 8m
Telemetry : 433Mhz 100mw
Transmitter: Flysky I6s Tx and Rx
link to some of the related videos..
Unboxing Tarot 690 carbon fiber Hexacopter frame :
Review of Radiolink PixHawk and GPS module :
Racing drone build tutorial:
Racing drone build tutorial Pary two:
Testing LOiter and other flight modes in DJI f450 drone with pixhawk 2.4.8 :
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