The world of robotics is constantly evolving, with robotic arms playing a pivotal role in industries, research, and education. Developing and testing these intricate machines can be complex and costly. This is where a robust robotic arm simulator, o…
Recently, I had the opportunity to assemble and drive my very first Arduino-powered Bluetooth-controlled RC car. Creating my own wireless RC car has been a personal goal for a long time. I’ve written multiple tutorials covering the core technologies…
Here is what I done with regards to learning and building RC controlled car, whether automomous, Wi-Fi controlled or bluetooth controlled or any RF system. The first rc car I built is the bluetooth Arduino based RC car which is controlled using a…
Previously I had build couple of RC controlled car with Arduino with Bluetooth, controlled with NodeMCU WiFi and wrote note on it in my diary note Arduino-Based Bluetooth Car , autonomous robot car and Two wheels WiFi control NodeMCU Car . Now fo…
This article presents a MOSFET-based H-bridge motor driver circuit for controlling motor speed and direction, ideal for robotics and motor-driven applications. It utilizes four N-channel MOSFETs (IRF540N) and two P-channel MOSFETs (IRF9540) with PW…
Motor and motor driving circuits are important in robotics. As discussed earlier, the H-bridge is a basic motor driving circuit build with switches that controls the direction of current flow through the motor. Now there are different types of switc…
Controlling the direction of a DC motor is a fundamental concept in robotics and automation. One of the simplest ways to achieve this is by using an H-Bridge circuit . While transistor-based H-bridges are common, using relays offers a straightforw…
In the world of robotics, motor control is a crucial aspect that determines movement precision and efficiency. One of the most widely used methods for controlling DC motors is the H-Bridge motor driver . This circuit configuration allows bidirection…
🤖 Robot Arm · MPU6050 Base Rotation (Yaw) 120° Shoulder (Pitch) 50° Elbow (Roll) 85° …
Learn how to built a web based 3D 3-DOF robotic arm is controlled with Arduino, POT and Joystick using three.js library. Robot Arm Control Base Rotation 120° …
