BUILDING a Self-Balancing Robot | PART 3 - Remote & Code!

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  • čas přidán 6. 09. 2024
  • This is the third video of a series of independent projects I'm going to be doing over the course of the summer.
    Here, I explain the remote and control theory for the self-balancing robot. The premise is to use an inertial measurement unit to read the angle with respect to the vertical the robot makes, and use a control loop to set the velocity of the wheel based on the angle.
    If you'd like to learn more about properly controlling the inverted pendulum on a cart dynamic system, watch Steve Brunton's lecture series here:
    www.youtube.co....
    Watch Parts 1 & 2 HERE:
    www.youtube.co....
    • BUILDING a Self-Balanc...
    *********************************************
    See the plant for the Simulink Model:
    ctms.engin.umic...
    *********************************************
    I'm going to be sharing all CAD and code for this project and more on my github: github.com/nzipin
    *********************************************
    DOWNLOAD LIBRARIES:
    MPU6050: maker.pro/file...
    NRF24L01: github.com/tmr...
    PID: github.com/br3...
    L298N: github.com/And...

Komentáře • 25

  • @lisageary3860
    @lisageary3860 Před 4 lety +8

    Another amazing video in this series! am learning a lot.

  • @nathalia280
    @nathalia280 Před 4 lety +2

    Woohooo!!! What an amazing video

  • @elijahpyle2894
    @elijahpyle2894 Před 4 lety +3

    Hay that's pretty good

  • @Covid-lv5jy
    @Covid-lv5jy Před 3 lety +4

    That’s insane, I’m gonna make on with stepper motors, any suggestions?

  • @muhammadagungrezayudha3650

    thank you bro,your video can help me

  • @yvan6719
    @yvan6719 Před 3 lety +1

    very nice project ! :)

  • @cristianandresportillomora956

    Do you know what is the differences beetwen use PID library and tuning PID in Matlab and then use the differences equation in Arduino?

  • @angkhoaa833
    @angkhoaa833 Před 2 lety

    Excuse me, can you show me how to get the values of TurnV and AngleV threshold?

  • @bramSDASCL1759
    @bramSDASCL1759 Před 2 lety

    Great video,,,,

  • @Jwoyal
    @Jwoyal Před 4 lety +2

    This is poggers

  • @li-pingho1441
    @li-pingho1441 Před 3 lety

    awesome...

  • @Unknown-ck7fi
    @Unknown-ck7fi Před 2 lety

    so helpful , subscribed ")

  • @harshadgunjikar1595
    @harshadgunjikar1595 Před 3 lety

    I'm using reversal shaft stepper motors will it work????

  • @chikhanglam8409
    @chikhanglam8409 Před rokem

    Hi sir, can i use motor 39rpm for robot?. Thanks

  • @shrine2975
    @shrine2975 Před rokem

    Bro amazing work. I need your help.
    I am doing this project with Encoder Motors with built in Hall Effect but I don't have much of an idea about speed and direction control using them. If possible please help me how can I do it. Thanks

    • @shrine2975
      @shrine2975 Před rokem

      Also, despite having the Hall sensors in your Motors you did not use them. Or did you? Kindly respond I am stuck in this project.

    • @drumbum7999
      @drumbum7999 Před rokem

      what is the part number of your motors?

    • @shrine2975
      @shrine2975 Před rokem

      @@drumbum7999 I don't remember but I managed to control the speed somehow.

  • @SohailKhan-nn1cx
    @SohailKhan-nn1cx Před 3 lety +1

    👏👏👏👏

  • @harshadgunjikar1595
    @harshadgunjikar1595 Před 3 lety

    Please put the parts links

    • @NoahZipin
      @NoahZipin  Před 3 lety

      github.com/nzipin/Self-Balancing-Robot

  • @dddxp7311
    @dddxp7311 Před 3 lety

    Noah, do you have discord or whatsapp? i'm making your blueprint project, but im having some issues with the code... some libraries arent working well

  • @ArduJimmy
    @ArduJimmy Před rokem

    I made like you hehe