Gyrocar #4 – Almost Success!!! (Arduino controlled Gyro)
Gyrocar #4 – Almost Success!!! (Arduino controlled Gyro)
Update: For those who are interested to see my code, I have posted my Arduino Code here: http://www.m-opensolutions.com/?p=890
Now I give the gimbal some degree of freedom. In this way I can let the gyro do its precession. What I do is basically monitor the position of the gimbal and if the gimbal angle is larger than preset threshold, the servo will push the gimbal to the direction of the movement. I know this is not the correct way to control a gimbal. What I want to try here is to find a very simple way to make my platform stay upright. By the way, I use Arduino Uno to do the job.
Gyrocar #1: https://youtu.be/1KmhTfhaWG8
Gyrocar #2: https://youtu.be/BWKCImS8mVI
Gyrocar #3: https://youtu.be/zubCK4mTq3A
Gyrocar #5: https://youtu.be/nex58cJYHc4
Gyrocar #4 – Almost Success!!! (Arduino controlled Gyro)
Gyrocar #4 – Almost Success!!! (Arduino controlled Gyro)
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I would put that arm downside to keep the balance, but good job man. You should try it again from other perspective now, one year later!!! Keep pushing your proyect, it's going nice so far
Nice work Okki! I was just wondering why you try to control precession? What is the point of it?
Are you sure the Arduino Uno itself can provide enough power to the servo? Most RC vehicles connect the power and ground pins of any power consuming component to a dedicated power supply. Only the signal pin of the component is actually powered directly by the controlling circuits.
а суть этого говна на ардуино?
как на костер пялиться?
Almost Success = Faild…
what precession does if you lock gyro?
Instead of using two pegs on the sides of the arm, try drilling a line on the arm, and have a peg going through it. That way you have immediate response that doesn't jerk and wobble
At this point, you should probably add another degree of freedom for side/side movement of the gyro- that way you should be able to do sharp angled turns, and keep the car steady by keeping the gyro level. Cool work, I'm interested in seeing where you go with it! (Also, forgive me if someone else has already said this, or you've thought of it already XD)
wtf shit this is? 4 videos you filming this shit motor
cooles projekt! aber du solltest mal eine Fernsteuerung o. ä. einbauen
Ich weis dass du Deutsch sprichst wegen der ArdoinoIDE @1:36!
Good job making this!
Need male and female gyro…law of nature
Hey buddy can i get some details about this if you can email me
I am thinking of making a project on this.
Please any design docs you have it would help me
Please buddy.
Email me on vishalgandotralm@gmail.com
зачем тебе эти ось ? Ведь можно сделать её статичной, и не потребуется ардуино.
gracias
Hey bro
The adruino code you've pasted is it independent of any other parameters or is it specific for a certain kind or type?
And what is this (at 5.49 seconds) on the gimbal?
excuse me sir…can u please explain the dimensions of the flywheel and the precision providing clamp…what's the exact price of the flywheel sir??
Ну и нахуя тут контроллер ? Пиздец какой-то.
Hi Okki. Haven't communicated with you lately. I just got a little self balancing robot going here: https://www.youtube.com/watch?v=DXYA_nvnnpM Copied someone else's code and it was extremely easy to implement. May use it on my gyroscope. Hope you are well.
THATS SO DANGEROUS TO HAVE IN A AIRPLANE
FOR ALL THOUGHS FLATEARTHERS IF YOU COULD CONTROL THE RPM I BET IF IT WAS SPINING SLOWER THEN THE EARTH IT WOULD STOP ROATING
AWESOME ASWELL SHOPPING TROLY WHEELS?
Super greenfuel.
kuch bol kar toh batya karo ki kya kar rahe ho pls
It seems to me like the tilt should be to the left and right and not front and back, as to affect the tilt of the motorcycle in a controlled way. I do not know, and have not tested it.
Very nice unique project. Better to give some audio commentary/explanation also for those who have not seen your earlier video.