hi,
I am creating a self levelling platform for a camera car, i am good with the rc design and platform design and the electronics but not so good with arduino and coding.
so the vehicle is rc, and will go at speeds of up to 18mph and the platform will be driven by pot feedback electric actuators, these are fairly fast 44mm/p/sec, they will be set in a tripod configuration from the base. these will be driven with
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im hoping this can all be achieved by arduino.
any more information please contact me
thanks
Hi, my name is Zeeshan. I would love the opportunity to assist you in coding Arduino for this RC-Vehicle and self-levelling platform. I want to discuss in detail so please find some time for this
I have completed my BS Electrical Engineering and now enrolled in MS Electrical Engineering. I have more than 3-years of experience in on Arduino and similar projects.
If you want to know more about skills, or expertise, please feel free to message me. Looking forward to working with you.
Thank you
Best regards Zeeshan
Hello my name is Maria I am an electronic engineer, I would love to design this circuit for you, I have plenty of experience working with electronic and electric designs (squematic and PCB layouts), programming microcontroller, Arduino control and remote systems.
Let's try to find a good solution for you. I am quite common with device control tasks... I we used to develop software for airborne and transport control systems.
Ive worked with arduino a lot, and ive used a similar motor controller before. As long as the actuators can move fast enough, then the only other component you need will be an accelerometer/gyro unit to detect how tilted the car is which the self-leveling platform will compensate for.
I am an electronics engineer but I have mostly coding experience. Mainly in .net , I also coded on Arduino. Your project seems interesting as I am guessing you will need to implement some sort of control systems algorithm. I have done mathematical code programming as part of my university project (laser chirp simulation) .