Absolutely love this series! I am building one myself that I have started from scratch and am stuck on the code. Because of this I have chosen to rewatch the cleanest balancing robot video series on the internet. Thanks man!
Hi well done however the only problem with arduino is the frequency limitation. you are using 16 mhz I presume the reason why i now use pic mcu's i can now select my own frequency or high speed refresh rate which i presume is necessary for any balancing act. Sincerely Ejike
@@NoahZipin actually the regulator is on the supply pin not the I/O. also you would still have to step up to 5v logic for the atmega328, it detects 0.65*5 as high which in most cases is cool, but from experience 3.25 is a pretty close
@@sabaku7732 right. I believe on board resistors are used to pull up I2C protocol pins and pull down the interrupt. Should work so long as it is supplied with a stable voltage.
Absolutely love this series! I am building one myself that I have started from scratch and am stuck on the code. Because of this I have chosen to rewatch the cleanest balancing robot video series on the internet. Thanks man!
Have u ever faced problems with the L298N ?
Really enjoyed this video - professional look with good info. I will look for updates!
very nice series of videos
nice and clean ! well done :)
Very cool soldering work!
thank you, sir
part 3 when
@@Jwoyal soon ish
Thankyou for your teaching
Bro plz give me the name of the Motor plz 😭
I’m trying to build my personal drone army. Can you help?
Hi well done
however the only problem with arduino is the frequency limitation.
you are using 16 mhz I presume
the reason why i now use pic mcu's
i can now select my own frequency or high speed refresh rate which i presume is necessary for any balancing act.
Sincerely
Ejike
Brother you uesd dc encoded motor why not stepper?
dude what if we use stepper motors?
could you please tell the wiring for encoder
APA BISA DI CONTROL LEWAT APPS ANDROID
what an amazing video!, I think step motor is better than DC motor, wish you can update the code for step motor
nice job, did u use a level shifter between the mpu and arduino ?
Thanks! Fortunately, the MPU6050 has an onboard voltage regulator, so it can be used with 3.3V or 5V signals
@@NoahZipin actually the regulator is on the supply pin not the I/O. also you would still have to step up to 5v logic for the atmega328, it detects 0.65*5 as high which in most cases is cool, but from experience 3.25 is a pretty close
@@sabaku7732 right. I believe on board resistors are used to pull up I2C protocol pins and pull down the interrupt. Should work so long as it is supplied with a stable voltage.
Can you upload the code on your GitHub repo as well?
Yes! New video soon
Hay do you remember me (my name is Eli)
I remember Eli!