I been working on this quad for awhile, back before the EZ-B kits started. I only have the stabibility to work out however everything else is just about worked out program wise. I figured I'd post when I got visual studios uploaded to my labtop so you fellow members can see the application windows I have created thus far as well as the quad I built. So without farther review heres the pics:
Quadrotor Main Form allows for all blades to be controlled and angle monitor Second Form allows for individual motor control Third Form allows for tilt monitor Fourth Form allows for ESC programming
By orwnic82
— Last update
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DUDE!!! Super proud of you! That looks fantastic. Your software has everything you need - and you did it all yourself. I was wondering where you have been. You don't know how happy I am to hear you didn't give up
thanks. Nope I been around helpin the forums and talking abit I havn't been able to program since I havnt had a pc laptop so finally got one and have free access to VS2010 so got that downloaded and now I can get to work. I'll see about uploading a new video to the youtube with the current setup soon. I'm around though just havnt been able to do robotics.
that is a good looking quad rotor, can't wait to see the video!
Little test for your viewing pleasure. I only increase the motors abit as it will fly if I increase them to much, however the stabiblity is not programmed so it flys where it wants. In the video I connect to the ez-b then do a soft start then increase all motors together. I then open the Individual motor window and decrease two of the motors, when I close the window for the individual motors the program finds the middle value of all four motors speed then sets it to all four placing them at the same speed. I then increase all four together. I have it set that the user can press a single button and the motors will decrease at a set rate so later on it can land with a single button press.
That is AWESOME!
Welp I haven't been doing much progress on this thing as I've been job searching. However the other day I came across this little beauty of a sensor that should be able to due all the neccisary features to keep this thing in the air but as Master of the PID loop I think I may need your help on tuning the coefficients, DJ. Or perhaps I'll just make a nice window that I can change the coefficients of the PID loop and monitor the stability of the quad.
IMU Sensor
super cool!
ok so I got the IMU that is listed above and if you've been watching the forums you know I ran into a problem with the rerouting pcb that is located between the bluetooth device and the ez-b, it no longer worked thus putting the bluetooth out of commission even though I could remove and rerun my own lines. Instead I decided to upgrade the bluetooth to the Wifi to Uart controller that DJ recommended so last week around thursday I ordered the controller low and behold it took DHL a whopping weekend and monday to deliver the device,
to bad I wasn't home. O and it came from Hong Kong damn fast lol.
I'll have it by tomorrow though and test it out. I will post a review of the controller after I get it running.