When i'm loiter and I want to yaw my copter, it's drifting backwards for about 3-4 meters and than will slowly go back to it's position where it started from.
I am flying a Tarot 650 frame with a Pixhawk autopilot for some time now. I have autotuned it and it flies well. Since two weeks it flies "jerky". The motors de-/accelerates suddenly and the whole thing kind of jumps through the air. I can fly it, bu
I might be overstretching my abilities here, but when you put your transmitter through the calibration stage on mission planner, the PMW's seem to be fairly standard, i.e around 1100 at the bottom, 1500 for the middle setting on a 3 position switch,
I'm still testing/tuning my quad (680mm frame, 380Kv motors, 14.7in props) and I noticed something that is happening from time to time. It's not a voltage issue because I've got triple redundancy on the voltage supply along with the diode and capacit
I make some sorting those days and I found this beautiful 6 ESC board, coming right from Germany.. I will never use it and I want to give someone the chance to build something with it !
I'm using the PixFalcon on a mini-quad with the included power distribution board. I'm powering it with a Tattu 1800mAh 45C battery. Now the packaging says that the PDB has a battery monitor included on the board, but I have not been able to work out
Firstly let me say I am a newbie so bear with me. I have a Quanum Nova and use my own Tx (Taranis) and Rx (FrySky). Set up 6 flight modes using Mission Planner and have got them all working well even completed some missions on auto - very happy. Fitt
Hello, It is my first attempt at building a compact (680 mm) multipurpose X8 aerial platform. The idea is to have a system that will go from using a GoPro 3 Black with a 3 axis gimbal to a mirrorless camera (Sony A7R) with a 3 axis gimbal. My current
I am busy setting up a dji S1000 platform fitted with a Pixhawk and Septentrio RTK GPS. The GPS is a L1/L2 GPS that gives centimeter level precision. The idea is to build a drone that will fly autonomously with a high level precision to s
I want to connect my telemetry radio via USB to my NAVIO2. At the same time I want to use a Teensy with the MavLink_FrSkySPort-Library to transmit telemetry data to my Taranis.
I do not want to use the UART-Port of the NAVIO and therefore I'm searc
I´m currently struggling with one of my own projects for the university. I found during my research a python script reading the DSMX-Receiver via UART on the Raspberry Pi 2.
I removed Mission Planner from my computer, I was getting several pre arm check errors with mym2.8, I installed APMplanner 2, seemed super easy to go thru the set up, it was basically the same as Mission Planner, no errors, able to arm the motors, BU