I have ArdupilotMega, soldered it a few days ago and connected to PC via usb to test. Most part of the tests via CLI works good, however I've got a problem with gps test.
So, I go the CLI, then type: test - > gps and get something like
I am trying to build myself a cheap tricopter using the arduIMU v2+ and a HMC5843 magnetometer. Due to my lacking soldering skills, I managed to solder the magnetometer somewhat skewed/tilted. My question is if I should try to desolder the
I'm testing Madgwick's quaternion DCM C code with a Sparkfun 9DOF sensor stick. It's oscillating a lot due to the accel integral term (like 5-10 degrees peak-to-peak, lasting for minutes).
I know the idea is to keep the P gain low, so that
The APM IMU breaks out the 1280/2560 I2C bus for added use with the magnetometer. With the gyros, accelerometers, air pressure and magnetometer happy to run from the supplied bus and voltage lines (5v and Gnd).
I'm a UAV newbie and I am investigating the myriads of possibilities in building a UAV platform. I have chosen the ArduPilot mega + IMU as my autopilot platfrom and all is good with that. The next thing is to figure out the groundstation setup.
I am writing you because i think you all have the knowlege to give me some advise.
At the end of december, two boats with tourists where lost in the sea, in that moment the government started a search and rescue operation (very big), but one of the tr
LITTLE OF ME :I've been dreaming about long range FPV flyer for the longest time (with a full on onboard pc not a microprossesor. With todays available tech you can by a motherboard for less than $100 thats max size is 5 inches by 5 inches.) Seeing t
What kind of weight could I expect to move with four AXI Gold 5345/14s, or four Hacker A50-14L 8-poles or similarly large motors? I know the battery sizes will be heavier too.
I am trying to get help on finding info on motors, prop sizes (18 - 21"??)
For my final year project at uni, were designing an underwater glider. the glider works by buoyancy changes with an internal pump and ballast which causes a saw tooth motion.Control and navigation of the glider is the big problem at the moment becaus
Im new to RC planes and Helos,and having a issue. I purchased a P52D Mustang, TX says 33 and 75mhz on it. I was given a helo that says 27.145 mhz. So I got a 27.245 TX RX crystals. Charged up the batteries and hooked it all up with the 27 crystal in
I am in the process of building my own frame, but I noticed that most DIY frames seem to mount the motors directly onto the frame, is there any reason why arducopter has the mounts with a single bold through the frame and then 2 supporting it to stop
I am 99% confident I have a problem with the IMU board. It was much easier to explain my problems via video so here is a link of a demonstration of what is happening with my ArduPilot Mega IMU board. There was a *very* tiny scratch on one side of the
I am looking for the low level drivers that talk directly to the digital IO for driving the servos. I see references to the drivers in the APM code modules:
I would like to be able to use Xbee for easier PID tuning. When I search for "XBee" on diydrones or Sparkfun, I get a lot of Xbee gadgets. Can anyone share some links to exactly which hardware I need to purchase, please?I think I need the 2.4 GHz ver