Difference between revisions of "Talk:TU Delft: AR Drone 2 - News"
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Here we will post breakthroughs, summaries of a page update and small facts that might be nice to know. | Here we will post breakthroughs, summaries of a page update and small facts that might be nice to know. | ||
=== First fully autonomous flight for '''Team | === First long fully autonomous flight for '''Team 2''' [25-01-2013] === | ||
Flightplan based flight of Parrot AR Drone 2 running on RAW Paparazzi Autopilot software. | Flightplan based flight of Parrot AR Drone 2 running on RAW Paparazzi Autopilot software. | ||
Revision as of 04:09, 1 February 2013
TU Delft Robotics minor: AR Drone 2 project - News
Here we will post breakthroughs, summaries of a page update and small facts that might be nice to know.
First long fully autonomous flight for Team 2 [25-01-2013]
Flightplan based flight of Parrot AR Drone 2 running on RAW Paparazzi Autopilot software.
ttp://www.youtube.com/watch?v=oX423smmPEc
First fully autonomous flight for Team 2 [22-01-2013]
Paparazzi Autopilot software autonomous Flightplan based Parrot AR Drone 2 flight. Eager to try it for yourself, the only thing you need: An AR.Drone 2, a GPS receiver and a PC with Paparazzi. This parrot flew by using SDK on the parrot i combination with Paparazzi
ttp://www.youtube.com/watch?v=FBPGxWDTz10
First test flight for Minor Group 2 [21-12-2012]
We had our first test flight yesterday! Controlling the drone with the joystick went well, but the control loops and INS still need some work. It was unable to reach a way-point.
GPS on the AR Drone 2 [14-12-2012]
Although we still need to test the protocol itself, we've managed to compile, with paparazzi, all the necessary files to read the SiRF protocol. Remaining work: let the GPS output the SiRF protocol on the AR Drone and test it.
General progress update [12-12-2012]
It has been a while sinds we posted anything here. It is not that we haven't been busy, it's quite the opposite. We have managed read the navigation data structure provided by the navigation board of the AR Drone 2. This contains the gyro-meter, accelerometer, magnetometer and barometer data we needed. With this we managed to implement the IMU and feed the gyro-, accelero- and magnetometer data to it. This now readies the data for the AHRS. The barometer sensor is now implemented as well, sending the absolute pressure value on to the AHRS and INS.
Today we took another step forward. Pararazzi can now operate the actuators, with the use of motor mixing, and set the thrust of each rotor according to the pitch, yaw, roll and thrust values provided to it.
Build a GPS driver for the AR Drone [30-11-2012]
Today we finally managed to build and compile a driver for the AR Drone 2. As you may know, we want to connect a GPS sensor to the Drone and since there is not an USB-serial driver available on the Drone we have to make it by ourself. Today we finished the job and successfully received GPS data on the AR Drone. Now we know how to make a driver for the Drone it will be easier to write other drivers if necessary.
Compiling the AP breakthrough! [26-11-2012]
Today we (finally) managed to compile the AR Drone 2 auto pilot without errors! Not all subsystems have been implemented yet so we can't test it on the drone for a while but at least we managed fix the linkage errors we were getting constantly.