Control cars with a touch of your finger
Infrared remote controlled vehicle with a mechanic claw for grabbing small objects, based on Arduino Uno and L298N Driver Shield module.
Robotic Arm based on Arduino Uno built in a LEGO structure which can be controlled by remote control or through ultrasonic sensor.
This is a vehicle automation project with one more idea of what you can do using Arduino.
Costs around $120 USD (incredibly cheap compared to competitors) and uses easy-to-find components.
Unlock an inconspicuous chest from across the room with a secret switch!
Create massive train traffic on your own model railway!
MoveThisWay is an autonomous robot that transports heavy payloads on programmable paths with obstacle detection capability.
Managing address WS2812B strip with ESP8266 via the web interface.
Self-balancing robot with two ultrasonic proximity sensors and nRF24 communication + remote.
Bosco tests are designed to assess the morphofunctional characteristics of one's legs muscles as well as their neuromuscular skills.
Control house lights with RC servo IoT.
With this simple Arduino project, you can servo motor using a remote control.
Door controller intended for secure and reliable operation of house garage door. Powered by Particle Photon, MQTT and openHAB.
My variant of converting a four-channel USB flight simulator into an RC transmitter using Arduino.
Image transmit and Control by Smartphone 4WD Robot Car over Bluetooth
An Arduino Rc Car but it has LCD i2c for sending messages and debugging.
An alarm clock with no physical buttons, just a remote control.
How to control my railroad model actions using an infrared remote.
This video will show how to make remote-controlled canon and how not to make canon. We're using RF module with Arduino.
This project enables the user to operate a laser at any given point wireless using a smartphone application.
12 foot in diameter, WiFi-controlled clock for stage production of Cinderella.
This walking stick can control the home appliance with the help of IoT networks.