Hey buddy I have an idea for this feature.... Back 2 wheel in same front direction and 1 front wheel in backward direction hence the side wheel will be apposing each other for nice stop or grip no need to add tap on surface it will be successful on every surface I think so 😊
try locking the left rear wheel and allowing the the front left wheel to spin freely or rotate at a lower rate than the left rear wheel [the device needs forward movement to accomplish the move ]
I am watching your video from Bangladesh, I had a lot of desire to make robots but in our country there is no good quality robot making factory or educational institution for making robots.Lots of love and prayers for you 🇧🇩🎉
Hey buddy I have an idea for this feature....
Back 2 wheel in same front direction and 1 front wheel in backward direction hence the side wheel will be apposing each other for nice stop or grip no need to add tap on surface it will be successful on every surface I think so
😊
nice thing, but 5500EUR pricetag for assembled device is kinda insane.
try locking the left rear wheel and allowing the the front left wheel to spin freely or rotate at a lower rate than the left rear wheel [the device needs forward movement to accomplish the move ]
Hi, your work is very good. In which book can I find information about the design of the rocker system?
I have seen nasa has a page dedicated to the design of rocker system
Można gdzieś same te kółeczka kupić ?
It looks amazing!!
Sir I lov3d your design and work can you please tell me how did you program it without connecting the rover to the computer
Awesome work 🎉🎉🎉
The coding part was done in which language?
Depends upon the microcontrollers used
@SmoothProg is it python??
I am watching your video from Bangladesh, I had a lot of desire to make robots but in our country there is no good quality robot making factory or educational institution for making robots.Lots of love and prayers for you 🇧🇩🎉
is it made of plastic or metal ?
both