#arduino #rubikscube #rubikssolver There are still mistakes in the code which do not always present themselves, so the cube may not always solve. drive.google.c...
I think that cost isn't too bad actually when, like you say, you factor in unused parts that were there for prototyping, testing etc. Even the basic mass produced ones I see online range from around 100-150 quid. I image the cost of R&D prior to mass production wasn't too small. And I guess you accumulated a fair bit of knowledge on the way which is an additional plus.
Hello. you might not see this but how do you use pulse width modulation with the arduino mega? the pins on the end didnt work with my motor and caused an error? I assume its the lack of pulse width modulation so how did you avoid that?
Only pins 2-13 and 44-46 work with PWM so bear that in mind, and remember to set the pinmode to output. Otherwise I don't know, you can check my code from the description
Eyo mate, I'm doing this for school, already got my printed design from school and now you're making me worry the 28BYJ Motor might be too weak. Great Video though, hope I can achieve a similar result.
It could work with that motor, I just wanted it to be quick. The ones I tested were 5v ones but I'm pretty sure they to them in 12v too so that might be a good idea
The code would only need to be changed for the driver i.e. Using the servo library stepper.h instead of a for loop. I found that the 5v one wasn't strong enough but there is a 12v one which might work
Is the Arduino Mega any faster than the Uno? Both have a 16MHz clock frequency but I can't find information about how many transistors each one has. I suspect that if they are the same in performance then the Uno will be fast enough for my purposes, based on what I've seen in your video, and I won't need to spend as much. I am planning a project where I will need it to perform some maths calculations based on sensors, preferably 10 times per second, and use the results to control some motors.
Yeah I used a cheap one too and it jammed too much so that's why I had to change the connector. I ended up gluing a thin hexagon to the centre piece and making the motor shaft also a hexagon shape so that they could lock together like a bolt head and spanner. If feels like I'm kinda cheating by doing that though
@@freddiemeinertzhagen I drilled a hole through each centerpiece and hold it by screws, on the outside there are hexagonal bolts and the engines have hexagonal pieces which attach to the bolts. I hope that sacrificing a better quality cube that 'cuts corners' better will solve the problem
@@armagedon2012studio Did your cube end up working? I am trying with a high end speedcube at the moment and for me only the centerpieces turn but not the layers ;-;
There are 3 main routes you could go down: 1. Beginner/CFOP Method 2. Thistlethwaite algorithm 3. Kociemba algorithm If you want to implement one of these yourself, I would recommend implementing the begginer/cfop method if you are new to programming.
The code should be the same if you're using the same driver and your motor has 200 steps per rotation. You could probably use smaller motors but I would recommend buying one and testing it first to make sure it works
Try copying this into arduino IDE: drive.google.com/file/d/1N6j5qj8LwoDTzmMjLcVfo3cnjZo2YrO6/view?usp=sharing There are still a few mistakes that pop up every now and then that I haven't fixed so might not work every time but good luck
12V DC Switching voltage converter, max 21A. You shouldn't need more than 10A though for 6 stepper motors so you might not need such a high power converter
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I liked your approach of solving the problems in the project. Thank you for sharing this with us.....
Congratulations ... U successfully planned, executed and completed your project ...hardwork actually pays .❤🙌✌
I think that cost isn't too bad actually when, like you say, you factor in unused parts that were there for prototyping, testing etc. Even the basic mass produced ones I see online range from around 100-150 quid. I image the cost of R&D prior to mass production wasn't too small. And I guess you accumulated a fair bit of knowledge on the way which is an additional plus.
That’s awesome bro. Good luck.
this is absolutely insane mate, well done 👏🏻
Amazing, well done
Nice
So cool well done,
Hello. you might not see this but how do you use pulse width modulation with the arduino mega? the pins on the end didnt work with my motor and caused an error? I assume its the lack of pulse width modulation so how did you avoid that?
Only pins 2-13 and 44-46 work with PWM so bear that in mind, and remember to set the pinmode to output. Otherwise I don't know, you can check my code from the description
Sir can you please share the product links
Eyo mate, I'm doing this for school, already got my printed design from school and now you're making me worry the 28BYJ Motor might be too weak. Great Video though, hope I can achieve a similar result.
It could work with that motor, I just wanted it to be quick. The ones I tested were 5v ones but I'm pretty sure they to them in 12v too so that might be a good idea
Well done!
By any chance, do you have the sketch of the 3D printing that you were going to use? please I would like to do it.
Amazing
What if i used the 28byj 48 motor ? Would the code be changed ? (2.16) or the entire project ?
The code would only need to be changed for the driver i.e. Using the servo library stepper.h instead of a for loop. I found that the 5v one wasn't strong enough but there is a 12v one which might work
hi i'm a student ,can you give me your Laser engraving design its too hard for me please~🙏
Amazingly sick! Yes Fred!
Is the Arduino Mega any faster than the Uno? Both have a 16MHz clock frequency but I can't find information about how many transistors each one has. I suspect that if they are the same in performance then the Uno will be fast enough for my purposes, based on what I've seen in your video, and I won't need to spend as much. I am planning a project where I will need it to perform some maths calculations based on sensors, preferably 10 times per second, and use the results to control some motors.
use a teensy
What rubik's cube did you use? I used a real cheap one and it jams so much that the motor can't make a single turn
Yeah I used a cheap one too and it jammed too much so that's why I had to change the connector. I ended up gluing a thin hexagon to the centre piece and making the motor shaft also a hexagon shape so that they could lock together like a bolt head and spanner. If feels like I'm kinda cheating by doing that though
@@freddiemeinertzhagen I drilled a hole through each centerpiece and hold it by screws, on the outside there are hexagonal bolts and the engines have hexagonal pieces which attach to the bolts. I hope that sacrificing a better quality cube that 'cuts corners' better will solve the problem
@@armagedon2012studio Did your cube end up working? I am trying with a high end speedcube at the moment and for me only the centerpieces turn but not the layers ;-;
How the fuck this doesn’t have more views
what's the budget of the project
I NEED THIS TO BE MASS PRODUCED FOR 99 US DOLLARS AND 99 US CENTS!!!!! I WANT ONE FOR MYSELF AS I AM A NONCUBER!!!!!!!!!!!!
Whats the best solving method for programming? For noobs?
There are 3 main routes you could go down:
1. Beginner/CFOP Method
2. Thistlethwaite algorithm
3. Kociemba algorithm
If you want to implement one of these yourself, I would recommend implementing the begginer/cfop method if you are new to programming.
@@aslanvolkov9846 Thank you very much! Isn‘t it very hard because of all the intuitive steps? Sorry for my questions…
Whats it’s the soport for the cube ?
Cube held in place just with the motor shafts
How you made the motor shaft couplings to the center frames?
I ended up having to glue a hexagon onto each centre piece to allow the motor shaft to lock into them like an Allan key
can you please share the arduino code of the robot
How to know the zero position of the motors?
On this machine, the arduino doesn't know. You just make sure the sides are all straight before switching it on
Sir pls upload algorithm
Hii sir ,very nice well done ,I m Indian
Qaulity that Fred
could you maybe give me the code?
Can I use the cheaper motor as I don’t want this to be fast?will the code still be the same?
The code should be the same if you're using the same driver and your motor has 200 steps per rotation. You could probably use smaller motors but I would recommend buying one and testing it first to make sure it works
@@freddiemeinertzhagen can you please provide me your code if you can ?
Try copying this into arduino IDE:
drive.google.com/file/d/1N6j5qj8LwoDTzmMjLcVfo3cnjZo2YrO6/view?usp=sharing
There are still a few mistakes that pop up every now and then that I haven't fixed so might not work every time but good luck
Can you share the code
Please give connection ,and coding
Hi dude, I have another video which explains all the code, check that out
What model of your power supply unit?
12V DC Switching voltage converter, max 21A. You shouldn't need more than 10A though for 6 stepper motors so you might not need such a high power converter
@@freddiemeinertzhagen Thank you!
So many months for such a stupid thing?
code?