Getting the orientation of my pidrone prior to takeoff which combines with GPS, gives the ability to flying between fixed predefined waypoints. This works perfectly.
With a Raspberry Pi, running standard Raspian Linux, all coded in Python with 7 sensors (Accelerometer, Gyrometer, Magnetometer, down-facing LiDAR and RPi camera, GPS and Scance Sweep), my 5 year from absolute ignorance proof of concept project is ne
I'm using off-the-shelf USB GPS receivers for my X8 Drone (pidrone.io); in some quick testing this morning, I'm getting somewhere between 4 and 7 satellites depending on which receiver I'm using; in contrast my DJI Mavic gets 10+. Mostly my receiv
From what I understand so far, on a given arm, the top and bottom prop rotate in opposite directions - note I'm meaning the props themselves; the motors rotate in the same direction, but the lower motor is upside-down.
To do that, if I set gyro DLPF_CFG 1 - 7, the ADC sampling is 1kHz and so SMPLRT_DIV is set to 3 to get that 250Hz. All works well - the time of flight matches the number of samples taken to 0.1% e.g. a 10s flig
I started the project 27 months ago, completely ignorant, and wondering whether it was possible to build a quadcopter with a Raspberry Pi as the flight / motion control
The accelerometer readings from my MPU6050 drift over time. See the attached graph. Throughout, the quad sat stationery on the ground, and only the flight controller powered up - no power to motors / ESCs.
Just found a Deans Y connector for connecting 2 batteries in parallel. I have slight concerns whether this is safe. I have 2 identical make, identical type (3 cell 11.1v 2200mAh 40C), same age, same usage. But they must be charged separately due t
why have I had to add yaw PID gains that are much higher than I'd expected?
I would have expected that a quad hovering horizontally should require virtually 0 yaw compensation due to 2 cw and 2 acw blade putting out almost identical power. But actual