MAKER: Shebin Jose Jacob, Nekhil / Translated by: Fun Endless Introduction Emo is a personal companion robot that embodies style and innovation. Its creation is made possible by the latest Raspberry Pi 4 technology and advanced design. It is not just a robot; it is a living presence. Unlike other robots, it possesses a unique … Read more
【Click the above「Blue Text」 to follow DF Maker Community and become a tech aesthetics enthusiast】 Since Boston Dynamics’ Spot, quadruped robot dogs have become very popular. The community previously shared a quadruped robot Pupper made with Raspberry Pi——《Can run, jump, and stroll, the little follower of Boston Dynamics Spot is here! Project is open source!》 … Read more
01 Introduction PWM servos are controlled by PWM signals, allowing instantaneous angle changes, with good responsiveness and strong locking capability, but lower precision. 02 Principle Analog and Digital Signals First, let’s understand what analog and digital signals are: Analog Signal: The micro:bit can output a voltage between 0~3.3V, with parameter values and return values ranging … Read more
This article briefly discusses how to use Arduino in conjunction with an ultrasonic module to create a smart trash can experiment. When a person approaches the trash can, it automatically opens. Trash Can Materials Needed Arduino Ultrasonic Sensor Servo Wiring Connection Wiring Connection Physical Wiring Code #include <Servo.h> const int trigPin = 9; // Trigger … Read more
MAKER：Nikus/ Translation: Fun Without End This is a machine so simple that it’s almost ridiculous, its only purpose is to help you flick a fidget spinner to make it spin at high speed… You need to use an Arduino to drive the servo, fix them properly, and place them in just the right position to … Read more
Build Your Own Smart Robot with ESP32 and Servos! Introduction Dear friends, have you ever thought about how your room could be filled with mystery and surprises just like a castle in a fairy tale? Today, let’s continue to use the ESP32 to control a 9G servo to add a unique charm to your room! … Read more
This experiment demonstrates how to control 6 servos simultaneously, which is the maximum number of servos that can be controlled by an Arduino Uno without using additional servo driver boards. It is important to note that the pins on the Arduino Uno that can connect to servos need to be PWM-enabled, which are the pins … Read more
Example Effect Using Arduino Uno to drive a 9g servo motor, achieving a rotation from 0 degrees to 90 degrees, then back from 90 degrees to 0 degrees, continuously repeating… Component Description Technical Parameters Product Size: 32 x 30 x 12 mmWorking Torque: 1.6kg·cm (4.8V)Operating Temperature: -30 to +60 degrees CelsiusDead Zone Setting: 5 microsecondsOperating … Read more
Today, we will use the Arduino development board to control a servo motor, creating a simple 2-degree-of-freedom gimbal. Based on its rotation characteristics, the gimbal can be divided into a horizontal gimbal that can only rotate left and right, and an omnidirectional gimbal that can rotate both left and right as well as up and … Read more
In this article, we will learn about the working principle of servo motors and how to control them using the Arduino development board and the PWM driver PCA9685. There are many types of servo motors, and their main feature is the ability to precisely control the position of the shaft. A servo motor is a … Read more