Blast your enemies from a safe distance!
Robot arm and its controller.
In this tutorial, I'll show you how to use a wireless PlayStation 2 (PS2) controller and an Arduino Uno pilot a robotic tank.
3-channel EMG allows to control individual fingers with very little delay.
Control toys like a superhero. A DIY video for how to make gesture-controlled car.
An easy way to make a hand-washing timer, using Arduino.
Ever wanted a fun robot monkey that you can customize wear with you on adventure, or just use as an avatar, well I got the bot for you!
A miniature version of a real Snowplow controlled via playstation wireless controller.
A robotic arm that uses Google's Coral Edge TPU USB Accelerator to run object detection and recognition of different recycling materials.
Automated T-Rex player using arduino and python.
GUYS TELL YOUR SUPPORT TO ME.This project one of way of smart farming which can be used for analysis of soil.
Combine the power of autonomous flight and computer vision in a UAV that can detect people in search and rescue operations.
Hey there, ever wanted a companion bot that looked out of this world? Well, why not an astronaut-based companion bot?
An Internet-controlled robot that can cut the grass of a garden area with ease and efficiently.
Just a normal mouse which will give you true feeling of gun firing in games.
A wireless biometric lock.
Wire bending CNC machine with precision to make springs!
Learn how to create a circuit to increase the electrical current of the Arduino pins to activate loads that need more electrical current.
Use an ESP32 to control anything from stepper motors to LED strips with easy-to-use and modular code. It can connect locally or externally.
Use a webcam and a Raspberry Pi 4 to extract information from QR codes and even make your own with Python
Develop a GUI to display current air quality values as per the MQ-135 position precisely and control a mini pan-tilt kit (and RGB lighting).
Control DC motor using PID controller via web.
Learn how to make a simple line follower robot by using Arduino and very basic electronic components. It is a fully autonomous robot.
We present an effective, easy-to-implement, and low-cost modular framework for completing complex navigation tasks.