So, the prototype is working. Not very beautiful, and the soldering sucks, but it works and it spares me from putting a breadboard in the boat again. Below the circuit board is the Arduino Mega which is currently operating as the test platform, on top of it are the MRF24J40MA wireless module and the Adafruit Ultimate GPS receiver.
Now I only have to build something similar for the bluetooth bridge, make some adjustments to the software and I’m good to run another life test on a lake (without having to fear that the boat wanders out of bluetooth range).
Continue reading Prototype for boat controller
So, I finally managed to get the basics done and put them together. First were the ESC for the motors. I had ordered two Turnigy 30A ESC for brushed motors from HobbyKing and it took “only” six weeks for them to be delivered. I guess it was my fault, ordering right before the chinese new year, when nobody seems to work for the next two weeks. At least neither my order was processed nor my questions were answered by the support. Anyway, they arrived eventually and I connected them to the motors, the battery pack and the Arduino. Continue reading Controlling the boats motors from Android
Looks like I’m not the first to have that idea.
Since it currently seems to be impossible to embed a YouTube video without it loading tracking scripts the video can only be viewed directly on YouTube.
I couldn’t find more information on that project, but it looks as if they are controlling the boat directly over a bluetooth link. I’m really curious how the range extension via XBee will work out.
Anyway, I’d love to have such a tank for testing … I guess my fishes will mind if I try it in their tank.