Arduino Drone Resets Itself when Giving throttle

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  • Опубликовано: 27 янв 2025

Комментарии • 15

  • @KTALampung
    @KTALampung Месяц назад +10

    Very useful drone tutorial ❤️🔥🔥🔥 mine also kept resetting itself when I increase the throttle. Voltage of power supply is the most cases in this case.

    • @ArduJimmy
      @ArduJimmy  Месяц назад

      yes, you're right :D

    • @AiRoboticist
      @AiRoboticist 10 часов назад +1

      bad wiring. that's why I never use jumper for arduino drone project.

  • @MrJoesoft7
    @MrJoesoft7 Месяц назад +5

    would u pls build a nrf24 quadcopter, please?

  • @WorldXiater
    @WorldXiater Месяц назад +7

    when will you make a tutorial video for NRF24 multiwii drone, sir? make one, please

  • @k-oshin
    @k-oshin Месяц назад +1

    Wow wonderful ❤❤❤❤❤❤

  • @ahmadsolihin151
    @ahmadsolihin151 Месяц назад +1

    Clear and simple xplanation. Thanks brother 🤩

    • @ArduJimmy
      @ArduJimmy  Месяц назад

      glad it is useful for you

  • @ffliners
    @ffliners Месяц назад +1

    excellent! mine works! 🎉🎉🎉❤

    • @ArduJimmy
      @ArduJimmy  Месяц назад

      Thanks so much, buddy

  • @brownjohn990
    @brownjohn990 Месяц назад

    🎉🎉🎉

  • @robotronik2371
    @robotronik2371 Месяц назад

    Whats exactlly about reset when given throtle?

    • @ArduJimmy
      @ArduJimmy  Месяц назад +1

      Case: I give throttle, say, 15% - motors spin for a second then stop suddenly. Why the motors stop spinning? Because the board of arduino (looks) to restart itself.
      Concept:
      When throttle given, electricity from power supply (battery) flows to all circuit and force motors to spin (based on command inside the program). Program forces to make motors spin based on the value of throttle but power doesnt supply enough to force the motors to spin. Thats why motors stop spinning.
      When motors spin, ampere voltage increase based on the value of throttle,
      Motors: 3.7v
      Digital pins: max. 5v
      But power can reach, even the min power.
      Then I check using multitester and it shows below 3.7v or below 5v.
      Another cause:
      1. Small cable (big resistance)
      2. Long cable (big resistance)
      3. Short circuit (faulty wiring)
      Conclusion:
      Whenever you find the issue like this, the cause must be: POWER SUPPLY Problem.