Although it is human nature to touch one’s face for a variety of reasons, such behavior can facilitate the transmission of viruses and other diseases. If sheer willpower isn’t enough to avoid it, the head-mounted DesignMaker blueprint can be helpful. The device will give you a slap on the forehead when your hands and fingers…
It is probably the most incredible project you will see today. This is a totally in house built Hovercraft with the air cushion built with garbage bags. At the base of everything there is an Arduino Nano that controls the different motors with various ESCs with different current ranges. There is a 20×4 character i2c…
In this project an Arduino Uno was used to build a robot fridge that follows our movements. This uses Bluetooth and GPS communication to understand the path to follow. In particular, it compares its GPS position with that of the phone of the person to be tracked through Bluetooth communication. Arduino communicates with a GPS…
In this tutorial, you will learn how to set up a Raspberry Pi with CODESYS to act as both a PLC and an EtherCAT master. It will be used to control the motors attached to an EtherCAT Arduino Shield by Esmacat (EASE) Slave device using input from an LCD Shield with another EASE slave device…
Media Remote Control With IR Receiver Module Kit For Raspberry Pi This IR remote control long with GPIO-based IR receiver plugs into a Raspberry Pi and allows you to control all standard media functions. Dual Motor Driver for Raspberry Pi Designed to work in conjunction with Raspberry Pi B+, Pi A+, Pi 2, or Pi 3,…
Romeo family is an All-in-One Arduino based control board especially designed for robotics applications from DFRobot. It benefits from the Arduino open source platform and it is supported by thousands of open source codes. The Romeo BLE has integrated bluetooth 4.0, it is the first time to give a robot control board the power of easy…
It can be controlled through logic levels to set the speed and the direction of the rotation of CC brushed motors and stepper motors; outputs have LEDs indicating the rotation direction. The circuit board we are presenting this time is based on the dual-bridge driver L298N, in a traditionally mounted version in a…
A shield that provides 16 digital or PWM I/O using a single Arduino/Fishino I²C bus. Ideal for managing multi-color LED or servo motors. Arduino boards and compatible alternatives are really easy use and o powerful, capable of making countless applications, but they suffer from two strong limitations: the relatively small program memory and the…
A high performance multirotor copter that may be created by starting from a premade base and an Arduino Mega based board, that may receive the commands from a model aircraft’s remote control, and that supports telemetry via smartphones. Nowadays most people call “drone” something that is, actually, a multicopter whose most common form…
It is open source and based upon the ATmega32U4 microcontroller, and provided with drivers for two DC brush motors and a stepper motor. It receives commands via USB or serial ports, or via the I²C bus. For those dealing with robotics, one of the problems to solve is the management of the motors used…
Do you like experimenting with many stepper motors and RC servo actuators at the same time, but do you find it hard to manage it easily due to the numerous cable connections that create a sort of jungle on your desk? Fear no more. We have a solution that will make your life a lot…
Most 3D printers use stepper motors to control the movement of the extruder head. If you could actually print those motors it would be one more big step toward self-replicating hardware. Now obviously [Chris Hawkins’] working 3d printed stepper motor wasn’t built 100% through 3D printing, but the majority of the parts were. All that he…
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