Design of a mobile robot based on arduino compatible with Lego pieces.
Design of a compatible a LDR sensor with a compatible Lego support for connecting to arduino.
Discover how to make a micro motor pololu housing LEGO-compatible with 3D printing to use it in your robot designs.
This post is to explain all necessary steps and stages in order to achieve an adequate acquisition of certain biomedical signals using, as you will see later, a computer hardware and development software.
Learn how to use Arduino 37 in 1 sensors kit LDR (light dynamic resistor) sensor. It includes instructions for assembling LEGO pieces, connection to Arduino and textual and graphics (Ardublock) programming.
Discover how to design all the parts of a printable caterpillar robot in 3D, assembling and electronics also provided.
Learn how to make the HF08 hexapod robot (with three degrees of freedom on each leg) easily walk with arduino and Torobot servo controller.
Example of design of an electronic circuit to control 8 servo motors and 2 engines continues (through external power amplifier) to control a mobile Manipulator.
Discover how to make an infrared sensor CNY70 support compatible with LEGO (bricks) pieces to be able to insert it in your robot.
Discover how to make a printable housing for an ultrasonic sensor HC-SR04 compatible with LEGO (bricks) pieces to be inserted into your robot.
Discover how to make an ultrasonic HC-SR04 sensor compatible with pieces LEGO (bricks) to be able to insert it into your robot.