Self balancing bicycle prototype using flywheel(reaction wheel)

AI Thread Summary
A level 4 mechatronics student from Mauritius is developing a self-balancing bicycle prototype using a flywheel for stability. The student is currently facing challenges with torque calculations for the flywheel motor, using the formula T=J*alpha, and has provided specific parameters for the prototype. Assistance is sought for selecting appropriate 12V DC motors for both the flywheel and driving mechanisms, including their RPM and torque specifications. Additionally, guidance is requested on flywheel dimensions and whether a gearbox with a specific reduction ratio is necessary. The project aims to achieve a stable design with a maximum tilting angle of 30 degrees.
ykhoody
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Hello everybody,
Well I'm a level 4 mechatronics students from Mauritius and doing my project on a self balanced bicycle which uses a flywheel to achieve this.A better view of it can be seen on:

OR EVEN ON:
http://www.youtube.com/watch?v=0312BNqIBFI&feature=related
http://www.youtube.com/watch?v=AvGUuuq7DOE&feature=related

During the past 3 weeks,I've been struggling on calculation of torque(flywheel motor) and I'm stuck.
I have been using the formula T=J*alpha,
where J=moment of inertia and alpha=angular acceleration.

I have assumed overall mass of prototype to be around 2.5 kg,radius of flywheel=5 cm,mass of flywheel=0.5kg,radius of driving wheel=5 cm,max permissible tilting angle=30 degrees.

Could you please help me in selecting my 12V DC motors:flywheel motor(rpm,torque)
Driving motor(rpm,torque)
and flywheel specifications(radius and mass)
and finally if gear box(reduction gear) is needed,its ratio??
Thanking you all in advance.
Best regards
 
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sorry...do not know how it changes...maybe by default...need to remove url...just edited it..
 
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