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mirobo technology
@mirobotech.bsky.social
On a mission to create and share simple and fun robotics and microcontroller circuits, projects, and resources for education! Focusing on electronics, circuits, robots, robotics, Arduino, RaspberryPiPico, MicroPython, and learning programming.
14 followers50 following13 posts
MTmirobotech.bsky.social

I'm a (mostly) retired high school computer technology teacher making beginner microcontroller and robot circuits at mirobo.tech My newest projects are BEAPER Nano, BEAPER Pico, and ARPS. T

Two 3D-printed BEAPER Bot robots controlled by Arduino Nano ESP32 microcontrollers installed in BEAPER Nano PCBs. The yellow robot (left) is set up in a rear-drive configuration and has an optional LCD installed. The blue robot (right) is set up in a front-drive configuration. Both robots have dual optical floor sensors and a SONAR module installed.
A white 3D-printed BEAPER Bot robot controlled by a BEAPER Pico circuit with an on-board Raspberry Pi Pico W and optional graphical LCD. The robot is built in a front-drive configuration and has two optical floor sensors and a SONAR module installed.
Top view of a fully-populated BEAPER Pico, a beginner education circuit for Raspberry Pi Pico, running a block breaker game on its on-board LCD display. This BEAPER Pico contains (left to right) an ambient light sensor, two user potentiometers, a voltage regulator circuit, a Raspberry Pi Pico W microcontroller, an LCD display, level shifter and motor driver ICs (under the display), a piezo speaker, four user LEDs, four pushbuttons, and four servo connectors. At the very top of the PCB is an I2C QWIIC connector and a 4-pin digital I/O header. The green screw terminal strip at the bottom connects to a battery and motors.
An ARPS circuit attached to an Arduino UNO. ARPS includes four pushbuttons, four LEDs, a piezo speaker, a temperature sensor, an IR demodulator, a motor driver IC, and two break-away optical floor sensor modules (right). Digital I/O expansion pins at the right side of ARPS can hold a SONAR module.
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MT
mirobo technology
@mirobotech.bsky.social
On a mission to create and share simple and fun robotics and microcontroller circuits, projects, and resources for education! Focusing on electronics, circuits, robots, robotics, Arduino, RaspberryPiPico, MicroPython, and learning programming.
14 followers50 following13 posts
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