Wow, that is a clever design. The gimbal controller is very stable and the BLDC motor seems not too heavy. For some of my projects, I found the NIDEC BLDC motors I used are heavier and the controller produced vibrations around the equilibrium position. Could you kindly tell me the weight of the motor and the reaction wheel? Thanks.
Motor - 55g. Wheel - 85g. I have no problems with vibration with Nidec 24H motors. However, direct control of the BLDC (like this bike) is more complicated. There was a vibration. But this is being addressed...
can this working if flywheel not have vertical, if make flywheel to horicontal. i has see real size motorbike self-balancink has flyfeel horicontal and not steering servo, can steering free and drive bike.
@@ReMRC yes gyro need be motorbike, i has seen real life big bike were have two gyro in frame and men not can bush bike fall. if gyro spin gyro wheels star run and go to about 45 degree front has frontside up at wheel and back wheel has backside up 45 degree when gyro run very fast. V motor gyro haha , if not gyro run have vertical both wheels. interesting build first small scale proto and then big bike but not understand anythink code to arduino how make. maybe same idea has you unicykle whit two reaction wheel project has, but reactoin wheel have gyros.
Wow, that is a clever design. The gimbal controller is very stable and the BLDC motor seems not too heavy. For some of my projects, I found the NIDEC BLDC motors I used are heavier and the controller produced vibrations around the equilibrium position. Could you kindly tell me the weight of the motor and the reaction wheel? Thanks.
Motor - 55g. Wheel - 85g. I have no problems with vibration with Nidec 24H motors.
However, direct control of the BLDC (like this bike) is more complicated. There was a vibration. But this is being addressed...
Hi Remi . will you be making the files for the 3d printed parts available like you did with the other bicycle and the cube . Keep up the great designs
Maybe I make 3d files available...
@@ReMRC that would be great
Nice video
amazing video
very good idea
I follow your video
Excellent.
Hi , I would to buy this project . Please let me know how much it’s cost including postage to Australia. Thanks
Sorry, I don't sell...
wonderful project. What's your 3d printer?
It was printed on a very old printer. Assembled from a set of parts.
can this working if flywheel not have vertical, if make flywheel to horicontal. i has see real size motorbike self-balancink has flyfeel horicontal and not steering servo, can steering free and drive bike.
Horizontal wheel? Yes, if it spins fast it acts like a gyroscope and creates a precession effect.
A reaction wheel is a completely different thing.
@@ReMRC yes gyro need be motorbike, i has seen real life big bike were have two gyro in frame and men not can bush bike fall. if gyro spin gyro wheels star run and go to about 45 degree front has frontside up at wheel and back wheel has backside up 45 degree when gyro run very fast. V motor gyro haha , if not gyro run have vertical both wheels. interesting build first small scale proto and then big bike but not understand anythink code to arduino how make. maybe same idea has you unicykle whit two reaction wheel project has, but reactoin wheel have gyros.
Hello is their anyway i can get 3d printed parts ....? Thank u
Unfortunately it doesn't make sense. Very specific parts that would only fit using exactly the same electronics and motors...
How much it cost to make
Can this bord be coded with arduino ide
Yes.
Can we buy this product
I don't sell.
can we get this project??
If you have in mind to buy - nowhere.
Can you send the code for it
Read the description. It is open source.
@@ReMRC For the code, are you supposed to merge all of it together
@@ReMRC I don’t know how you merge the files together. Can you help with that?
@@sunsetthireach3223 Merge? No need to merge anything. This question indicates that the project will be too difficult for you.
@@ReMRC I want to do it for my science project. Can you pls help