Uploaded August 2017 | Updated September 2026, 2 weeks ago
It is the extension of part-1 ( youtube.com/watch?v=kW04-vPrtwg ) and part-2 (youtube.com/watch?v=Cp6t9zsC8oM ). In this part-3 you can see how to achieve different kind of movements like forward, left turn, right turn, stop, smooth start or stop, zigzag forward movements etc. How its look like and how the balancing mechanism working. This video will help you to understand how the firmware commands behaving to actual physical world.
For more creative project ideas subscribe to my YouTube channel - Brainergiser.
Youtube Channel: youtube.com/user/sauravchakra
Other social media links are as follows:
Facebooks Page: facebook.com/Brainergiser-1606702352879992
Inscrutable: instructables.com/member/Saurav+Chakraborty
Google Plus : plus.google.com/+sauravchakra
Website: brainergiser.blogspot.in
Instagram: instagram.com/brainergizer
Pinterest: pinterest.com/saurav_chakra
Twitter: twitter.com/saurav_chakra
It is the extension of part-1 ( youtube.com/watch?v=kW04-vPrtwg ) and part-2 (youtube.com/watch?v=Cp6t9zsC8oM ). In this part-3 you can see how to achieve different kind of movements like forward, left turn, right turn, stop, smooth start or stop, zigzag forward movements etc. How its look like and how the balancing mechanism working. This video will help you to understand how the firmware commands behaving to actual physical world.
For more creative project ideas subscribe to my YouTube channel - Brainergiser.
Youtube Channel: youtube.com/user/sauravchakra
Other social media links are as follows:
Facebooks Page: facebook.com/Brainergiser-1606702352879992
Inscrutable: instructables.com/member/Saurav+Chakraborty
Google Plus : plus.google.com/+sauravchakra
Website: brainergiser.blogspot.in
Instagram: instagram.com/brainergizer
Pinterest: pinterest.com/saurav_chakra
Twitter: twitter.com/saurav_chakra










