PIR (Passive Infrared Detection) are used to detect motion of human movement. This version has a large lens which can support long range and wide angle...
Why sit around and reflect when you can use this sensor? Perfect for line or object detection.
A contact-less infrared sensor communicating to your dev board through I2C...
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In this guide, we'll look at common methods of detecting people and some of the different sensors you can use to detect people in your next project.Sensors covered in this guide: PIR Sensor RCWL-0516 Microwave Radar SEN0395 mmWave Rad...
There is some wild weather approaching! We need a way to give ourselves an early warning when a disaster strikes! In this project, we will use the Adafruit Circuit Playground Express to make an all in one Disaster Detection Station that wil...
Infrared (IR) is a great way of using non-visible light to control electronics, and there are a bunch of modules that we can use with our Arduino. However, what do we mean when we are talking about infrared and electronics? Well, IR remotes...
Ever thought it would be cool if your Raspberry Pi could see the world like you do? You’re in luck, camera support is an integral part of the Raspberry Pi hardware, it comes with a built in CSI connector for connecting camera ...
The latest Circuit Playground board, the Adafruit Circuit Playground Express comes equipped with an onboard IR transmitter and receiver! This can be used to communicate with TVs and other household devices. You can also use infrared remote ...
Introduction This guide will help you read motion data from your PiicoDev® Motion Sensor and a Micro:bit. To follow along, it's best to have: A Micro:bit v2 A PiicoDev Motion Sensor MPU-6050 A PiicoDev adapter for Micro:bit ...
Introduction This guide will help you read motion data from your PiicoDev® Motion Sensor with a Raspberry Pi single-board computer. To follow along, it's best to have: A Raspberry Pi (model 3, 4, Zero or Zero W) This tutorial ...
Introduction This guide will help you read motion data from your PiicoDev® Motion Sensor and a Raspberry Pi Pico To follow along, it's best to have: A Raspberry Pi Pico with pins soldered (pointing down) A PiicoDev Motion Sensor M...
In this guide, we are going to be learning how to use the Rd-03D radar sensor to detect and track humans in your next Arduino project. We will be looking at how it works and what you can expect from it, how to wire up and code your Arduino...
The latest Circuit Playground board, the Adafruit Circuit Playground Express comes equipped with an onboard IR transmitter and receiver! This can be used to communicate with TVs and other household devices. You can also use infrared remote ...
Arduino Projects with Motion (Using Sparkfun RedBoard) Welcome to the Third Project Set from the Sparkfun Inventors Kit V4.0 Guide! In this tutorial, we will explore the operation of a Servo Motor and an UltraSonic Sensor in combination wi...
What if I told you that you could have the power to detect a lightning strike from 40km away? You'd probably think I've gone mad watching too many Marvel movies. But it is true! All thanks to the DFRobot Gravity: Lightning Sensor. Accessib...
In this guide, we will be learning how to use the RD-03D radar sensor with a Raspberry Pi Pico so you can detect and track humans in your next project. We will be looking at how it operates and what you will get out of it, how to con...
In this guide, we’re going to explore some of the most effective ways to measure distance in maker projects. Whether you’re working on a robotics project, an automatic door, or just trying to figure out how far away the fridge ...
In this guide, we will be exploring YOLOE, a computer vision model that allows you to create custom object detection models through prompts - no training processes required! We are going to be learning how this vision model works and how t...
In this guide, we'll be learning about sensors that measure inertial movement, how they work, how to choose the right sensor type, and how to get the most out of their readings. Hardware mentioned in this guide: PiicoDev Accelerometer ...
In this guide, we will be exploring the Grove Vision AI V2 – a microcontroller-based board capable of running YOLO and other computer vision models in real time, all while consuming a relatively tiny amount of power. We’re goin...
The Micro:bit is a feature-packed development board that’s perfect for the classroom or the beginner programmer. Each Micro:bit has a built-in radio that can transmit and receive signals sent from other Micro:bits. The radio has a ran...
In this guide, we will be exploring how to set up YOLO object detection with the Raspberry Pi AI HAT, and more importantly, learning how to apply this in your Python projects. We will be taking a look at how to install the required hardwar...
The Adafruit Circuit Playground Express comes equipped with an analog light sensor, but it can be used for much more than just sensing light or darkness! The light sensor has a similar spectral response to the human eye. Its connected to an...
In this guide, we will be learning how to add the RD-03D radar sensor to your Raspberry Pi single-board computer so you can detect and track humans in real time. We will be looking at how the sensor works and what you can expect from it, h...
Welcome to the Meshtastic for Makers Workshop, a short course that teaches you everything you need to know about Meshtastic so you can go out and start wirelessly sending information in your projects with the Meshtastic network. This works...
Welcome to the Circuit Playground Express Workshop! This workshop is geared toward educators and coding beginners, who want to get started programming with this easy to use platform. We will go over everything you need to know to get you st...
This guide will help you get started with a PiicoDev 3-Axis Accelerometer. We'll walk through some examples to read acceleration, infer tilt angle (from gravity), and detect tapping and shaking. An accelerometer is a device that mea...
ECHO…echo…echo…echo… We’ve all had fun shouting into a cave or large space and hearing our voice coming back to us at some point during our childhood. And if you’re like me, a fully grown adult who...
The Micro:bit is great for small portable projects like a soil moisture sensor. In this tutorial, we will walk through how to program a Micro:bit to make a reliable and consistent soil moisture sensor that will give consistent readings. The...
The Adafruit Circuit Playground Express comes equipped with an onboard microphone that is capable of sensing both amplitude and frequency. This tutorial will walk through a quick sketch using MakeCode to turn the lights on the board into a ...
Have you ever wanted to dive into computer vision? How about on a low-power and portable piece of hardware like a Raspberry Pi? Well, in this guide we will be setting up some with the YOLO vision model family, OpenCV and the COCO object l...
What good is a robot if it can’t interact with the environment around it? Sensors are the backbone of almost every electronics project as they allow your program to make decisions based on external stimuli. We’ve got sensors for...
Let's get started with the PiicoDev® Capacitive Touch Sensor. In this guide, we'll connect the PiicoDev Capacitive Touch Sensor to our Micro:bit V2 and get it working with some example code to detect touch events. We'll also remix the c...
In this guide, we will be getting the Raspberry Pi AI camera up and running as quickly as possible, as well as taking a look at how to get started with it in your own projects. The Raspberry Pi AI camera is a unique and interesting piece ...
Let's get started with the PiicoDev® Capacitive Touch Sensor. In this guide, we'll connect the PiicoDev Capacitive Touch Sensor to our Raspberry Pi and get it working with some example code to detect touch events. We'll also remix the c...
Introduction This guide will help you read weather data (Temperature, Air Pressure and Humidity) from your PiicoDev Atmospheric Sensor and a Micro:bit. To follow along, it's best to have: A Micro:bit v2 (v1 does not...
Introduction This guide will help you read temperature data from your PiicoDev Precision Temperature Sensor and a Micro:bit. To follow along, it's best to have: A Micro:bit A PiicoDev Precision Temperature Sensor TMP117 A PiicoDev a...
Introduction This guide will help you read distance data in millimetres from your PiicoDev Distance Sensor and a Micro:bit. To follow along, it's best to have: A Micro:bit A PiicoDev Distance Sensor VL53L1X A PiicoDev adapter for Mic...
Introduction This guide will help you read light intensity data from your PiicoDev Ambient Light Sensor and a Micro:bit. To follow along, it's best to have: A Micro:bit A PiicoDev Ambient Light Sensor VEML6030 A PiicoDev adapter for ...
Introduction This guide will help you read distance data from your PiicoDev® Distance Sensor and a Raspberry Pi single-board computer To follow along, it's best to have: A Raspberry Pi (model 3, 4, Zero W) This tutorial will u...
[Update – Until there is correct compatibility of OPEN-CV with the new Raspberry Pi ‘Bullseye’ OS I highly recommend at this stage flashing and using the previous Raspberry Pi ‘Buster’ OS onto your Mi...
The PiicoDev® Air Quality Sensor is based on an ENS160 multi-gas sensor that detects Volatile Organic Compounds (VOCs). These measurements are run through some algorithms to produce standardised outputs like Air Quality Index (AQI...
Introduction This guide will help you read light intensity data from your PiicoDev® Ambient Light Sensor and a Raspberry Pi single-board computer To follow along, it's best to have: A Raspberry Pi (model 3, 4, Zero W) This tut...
Introduction This guide will help you read atmospheric data from your PiicoDev® Atmospheric Sensor and a Raspberry Pi Pico To follow along, it's best to have: A Raspberry Pi Pico with pins soldered (pointing do...
Introduction This guide will help you read distance data in millimeters from your PiicoDev® Distance Sensor and a Raspberry Pi Pico To follow along, it's best to have: A Raspberry Pi Pico with pins soldered (pointing down) A Piico...
At the heart of every Adafruit Circuit Playground Express lies a three-axis accelerometer. This allows us to write programs that take the orientation of the board into account. We can detect orientation and acceleration on any axis. With Ci...
The Adafruit Circuit Playground Express comes equipped with an analog light sensor, but it can be used for much more than just sensing light or darkness! The light sensor has a similar spectral response to the human eye. Its connected to an...
Let's unlock Biometric Control on our Raspberry Pi Single Board Computers! Biometric Technology uses unique physical or behavioral attributes that are individual to each person and not (easily) replicable. Extraordinarily everyone on Earth...
Introduction This guide will help you read light intensity data from your PiicoDev® Ambient Light Sensor and a Raspberry Pi Pico To follow along, it's best to have: A Raspberry Pi Pico with pins soldered (pointing down) A PiicoDev...
Welcome to the final Project Set of the Sparkfun Inventors Kit! This Project Set focuses on Robotics with the final Circuit being an Autonomously Driving Vehicle! New components introduced in this tutorial are: DC Motor/Gearbox Mo...
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In this guide, we will be taking a hands-on look at the xTool P3, an 80-watt CO2 laser cutter that aims to bring industrial capability to a desktop format and price tag. We are going to be exploring its features, and seeing how this deskto...
Introduction Let's read colour data from a PiicoDev® Colour Sensor with a Micro:bit V2, and create a colour sorting machine. This guide will cover connecting the hardware, downloading some example code and remixing it. To f...
Have you ever lost or broken a TV remote before it's time? Have you ever wanted to spice up the way you change channels or inputs on your TV? Have you got a greedy housemate who always steals the remote off you? If any of these are the case...
Introduction This guide will help you read weather data from your PiicoDev® Atmospheric Sensor and a Raspberry Pi single-board computer To follow along, it's best to have: A Raspberry Pi (model 3, 4, Zero ...
[Update – Until there is correct compatibility of OPEN-CV with the new Raspberry Pi ‘Bullseye’ OS I highly recommend at this stage flashing and using the previous Raspberry Pi ‘Buster’ OS ...
Introduction Let's read colour data from a PiicoDev® Colour Sensor with a Raspberry Pi and create a colour sorting machine. This guide will cover connecting the hardware, downloading some example code and remixing it. To follow along,...
Introduction This guide will help you read temperature data from your PiicoDev® Precision Temperature Sensor and a Raspberry Pi Pico To follow along, it's best to have: A Raspberry Pi Pico with pins sol...
Introduction This guide will help you read temperature data from your PiicoDev® Precision Temperature Sensor and a Raspberry Pi single-board computer To follow along, it's best to have: A Raspberry Pi (model 3, 4, Zero or Zer...
Adafruit has done it again with the new and improved Circuit Playground Express. This new version of the Circuit Playground is packed with even more sensors, and capacitive touch ready connection pads. This is a great board for makers ...
Introduction Let's read colour data from a PiicoDev® Colour Sensor with a Raspberry Pi Pico, and create a colour sorting machine. This guide will cover connecting the hardware, downloading some example code and remixing it. ...
From an arm's length away, the new AI HAT+ 2 and the original AI HAT+ 1 look pretty similar, but pop the hood, and you'll find there are quite a few differences to get excited about. In this guide, we are going to take a look at what these...
Introduction This guide will help you read barometric pressure from your PiicoDev® Pressure Sensor and a Raspberry Pi Pico To follow along, it's best to have: A Raspberry Pi Pico with pins soldered (pointing down) A PiicoDev Press...
Let's get started with the PiicoDev® OLED Module SSD1306. In this guide, we'll connect the PiicoDev OLED to our Raspberry Pi Pico and get it working with some example code to display text, shapes, and animations. To f...
Let's get started with the PiicoDev® OLED Module SSD1306. In this guide, we'll connect the PiicoDev OLED to our Raspberry Pi Pico and get it working with some example code to display text, shapes, and animations. To ...
Let's get started with the PiicoDev® OLED Module SSD1306. In this guide, we'll connect the PiicoDev OLED to our Raspberry Pi and get it working with some example code to display text, shapes, and animations. To follo...
Welcome to the MicroPython for micro:bit workshop! This workshop is aimed at makers who want to start programming with MicroPython, we will be using the micro:bit as it is very easy to use so we can cover the important concepts that will ap...
In this guide, we are going to be teaching you how to set up your Rasberry Pi to detect and recognise faces using OpenCV and the Facial-Recognition library, two fantastic open-source projects. In this set up all of the data and processing ...
In the Plant_io Basic Setup Guide we assembled the Plant_io platform to automatically irrigate plants, and sprouted some seeds. As the project runs, a log file is updated with data captured at each interval. This simple log allows us ...
If you’re looking for a platform to create your ideal data-logger, then look no further than Particle. Whether it be that you want to build a weather station, or a movement detection system, thanks to Particle’s 3G and Wi-Fi boa...
The aptly named Ultimate Kit 2.0 is the final kit in the line-up of educational robots from Makeblock. With over 160 independent mechanical parts and modules, the Ultimate Kit 2.0 answers the call for almost limitless creative freedom. Matc...
Every Micro:bit has the ability to measure visible light, but what about UV light? Imagine that you are growing a plant on the window sill in a well-lit room. Does your plant have enough light? Plants need UV light to photosynthesize e...
At the heart of every Adafruit Circuit Playground Express lies a three-axis accelerometer. This allows us to write programs that take the orientation of the board into account. We can detect orientation and acceleration on any axis. With Ma...
Arduino Projects with an LCD (Using Sparkfun RedBoard) Welcome to Project Set 4 in the Sparkfun Inventors Kit Guide! In this tutorial, we will look into using Liquid Crystal Displays (LCD's) to print data. This ability allows us to remotel...
Introduction This guide covers how to connect the Makerverse Micro SD Card Adapter to a Raspberry Pi Pico and program a basic data logging script in MicroPython. To follow along, it's best to have: A Makerverse Micr...
Looking for the best way to get into robotics? Checkout Makeblock's mBot. This all in one robot is the perfect introduction to basic robotics, with its simple yet robust design, mBot is built with education in mind. The mBot kits modul...
In this guide, we go over some common ways of adding motion to your project with actuators such as stepper motors, servos and linear actuators, to help you choose which one is most appropriate for your situation. The start of this guide c...
The 8Bitdo SF30 Pro was launched at the end of 2017 by 8Bitdo in an effort to create the ultimate, ‘portable’ gaming controller. Having become known for their faithful recreations of vintage gaming controllers, the SF30 Pro is a...
Hello and welcome to our tutorial where we a look at all things LED. Now first of all, what is an LED? LED stands for Light Emitting Diode and is an electronic component used to convert electrical energy to light energy. This process is cal...
Welcome to the Sparkfun Inventors Kit (SIK) Ver 4.0 tutorial page. In this beginner’s tutorial, we will explore the basics of microcontroller programming and circuit electronics through a series of projects that are provided in the&nb...
Introduction This guide covers the basic use of the Makerverse Supercap Real Time clock on the Raspberry Pi Pico using our RV3028 MicroPython module. The MicroPython module implements some commonly used features of the RV3028 RTC but is no...
Note: With the rollout of TTNv3, the "Setup" section of this guide no longer works - but we're keeping it here for posterity. Let us know on our forums if you need help getting started with the new method. One of the most common sensors in...
In this guide, we’re going to be exploring muscle sensors, also known as Electromyography (EMG) sensors, and learning how to use them to measure muscle movement in maker projects. These clever little modules can pick up the tiny volt...
If you want a high-end robotics platform that is easy to expand with it does not get better than goBILDA! GoBILDA is a complete build system designed for makers, students, and educators. From curated kits, to many structural alum...
[Update – Until there is correct compatibility of OPEN-CV with the new Raspberry Pi ‘Bullseye’ OS I highly recommend at this stage flashing and using the previous Raspberry Pi ‘Buster’ OS ...
In this guide, we will be setting up and using YOLO pose estimation with the Raspberry Pi AI HAT, as well as exploring how to use it alongside your own Python code so you can use pose estimation in your projects. We will be taking a look a...
In this guide, we will be taking a dive into the mBot2 educational robotic ecosystem by Makeblock. It is a medium-dollar system that punches well above its weight in terms of features and quality, featuring wheeled bots, tracked bots, a so...
The Makera Carvera touts itself as a beginner-friendly CNC milling machine capable of carving through wood, plastic, brass, and aluminium, all while keeping a compact desktop footprint that still offers a highly capable 360 by 240 millimet...
Force-sensitive resistors (FSR) are remarkable electrical components and are proper unsung heroes in the Makers World. Name me a better variable touch input device which has basically no moving parts, all whilst being available in such a t...
This guide is for the previous revision of the PiicoDev Magnetometer QMC6310 - if you have the latest revision featuring the MMC5603 - head to the guide for updated links and instructions.Let's get started with the PiicoDev® Magnetomet...
This guide is for the previous revision of the PiicoDev Magnetometer QMC6310 - if you have the latest revision featuring the MMC5603 - head to the guide for updated links and instructions.Let's get started with the PiicoDev® Magnetomet...
In this guide, we’re taking a close look at the Arduino Uno Q — Arduino’s new hybrid development board that combines a Linux single board computer with a dedicated microcontroller. A device that feels like not...
If you’ve ever built a robot with wheels, or any motorised parts really, you’ll have come across the issue of needing to drive it from your microcontroller. Because a standard chip is only able to output a small amount of curren...
This guide is for the previous revision of the PiicoDev Magnetometer QMC6310 - if you have the latest revision featuring the MMC5603 - head to the guide for updated links and instructions.Let's get started with the PiicoDev® Magnetome...
In the dynamic and ever-evolving world of open source technology, the PiicoDev community really stands out to me as a curious and humble one. While the project's main repositories on GitHub serve as the heart of our collective endeavor, it...
In this guide, we will be exploring Moondream, a computer vision model that analyses images and applies human reasoning to them, allowing you to ask questions about the image in natural human language. We are going to be learning what Moon...
Hey guys, how much fun are microcontrollers? They’re your own miniature slave to do your bidding in whatever way you choose, however as fun and all as using them to do math and crunching numbers, the real joy is seeing them interact w...
The Makey Makey introduces the concept of using everday objects like fruit, lead pencil drawings, play dough etc. to interact with your computer via USB. The Makey Makey acts like a HID device over USB, which means that it behaves just like...
[Update – Until there is correct compatibility of OPEN-CV with the new Raspberry Pi ‘Bullseye’ OS I highly recommend at this stage flashing and using the previous Raspberry Pi ‘Buster’ OS onto yo...
Similar to how bats echo-locate and how submarines use sonar, the PiicoDev® Ultrasonic Rangefinder uses sound waves to measure the distance to an object. It sends out a high-pitched sound wave, which bounces off of the object and comes...
The Adafruit Circuit Playground Express comes packed with onboard sensors, in this tutorial we will learn about using the temperature sensor in MakeCode. MakeCode is great for a simple project because its block-based interface and pre-built...
For Ultimaker 3D printers it is crucial to have a flat and level build platform which is parallel to the path of the nozzle. By having a correctly set up print space it will ensure the best possible results for all 3D printed components.&nb...
In this tutorial, we will look at the basics of Solenoids and how they work. Then we will design a small circuit that can drive a Solenoid from the input/output pins on your Arduino board. We covered a whole bunch of rotational motion co...
The Micro:bit has the ability to measure temperature by sensing the temperature of the silicon die inside the main CPU. This works because the Micro:bit runs cold, and the temperature of the CPU is usually a good approximation of ...
Welcome to the Raspberry Pi Pico Workshop, where you will learn everything you need to know to hit the ground running and start making your own projects with the Raspberry Pi Pico and MicroPython. This workshop is designed for complete beg...
This guide will help you get started with a PiicoDev® Magnetometer - get it working as a compass, and read the magnetic field strength of a nearby magnet. This guide is for the current revision of the PiicoDev Magnetometer, feat...
In this guide, we’re going to build the ultimate retro gaming setup using Recalbox on the Raspberry Pi 5. This setup will let you play almost any console or handheld released before the Nintendo DS or PSP — wi...
Well hello there, if you’ve been looking at the amazing line-up of Saleae gear and wondered how to get started with it all, then you’ve come to the right place. Today we’re going to take a look at getting your Saleae setup...
In this guide, we will be learning how to install the Ultralytics YOLO Vision Package on a Raspberry Pi with Conda. This package is going to allow you to run nearly any YOLO model supported by Ultralytics, and we will also give you some de...
Note: With the rollout of TTNv3, the "Setup" section of this guide no longer works - but we're keeping it here for posterity. Let us know on our forums if you need help getting started with the new method. In our two previous Pycom article...
In this guide, we will be learning how to use a GPS module with an Arduino and C++. We will be looking at; how GPS works, how to wire up and code an Arduino to use the GPS module, and as a final step we will be putting it all together in a...
Hello there, how’s your day been? Good? Fantastic! Not so good? Don’t worry it’s about to get a lot better, because today we’re going to take a look at how to use the I2C interface on our Raspberry Pi to control I2C ...
[Update – We have released a new and updated version of this guide that works on newer Raspberry Pis, runs faster, and uses a more powerful model.We are leaving this old guide up for legacy reasons and if you do choose to follow this...
Servo motors are extremely useful in so many different applications; it’d be good to learn how to control them! Solenoid and DC motor control have been shown already; for the most part, they are both pretty straightforward (only powe...
Pimironi Picade Pan-Tilt Hat lets you mount and control a pan-tilt module right on top of your Raspberry Pi palm-sized computer. Setting up a Pan and Tilt system has never been easier with absolutely no soldering required! Pe...
Electronics is fun, so far we have covered off on communicating between devices, making LEDs flash and LCD screen operation. However using electricity to control some form of movement in your project is a fun and interesting aspect to inves...
In this guide, we'll learn what a Rotary Encoder is, when and why we might use a Rotary Encoder, and how to use a Rotary Encoder with a Raspberry Pi Pico. To follow along all you'll need is: A Rotary Encoder - we recommend using our br...
A popular question that we get all the time is ‘How do I choose a speaker or amplifier to go with my project?’. It’s a good question, and if you’re not familiar with the terminology, it can seem a bit daunting to kno...
When making a box with a laser cutter, its entirely possible to make your design as a single flat drawing through careful planning and measurement – but who wants to do that!? This is a guide to making a box quickly and easily using F...
So, you want to control things with your Particle Photon and/or Electron do you? Well, a relay is a perfect way to do that. Whilst there are many ways to control an electrical signal from digital logic such as transistors and optoisolators,...
On the lower left-hand portion of every Adafruit Circuit Playground Express, there is a small onboard speaker and class D amplifier. This allows you to make some pretty loud sounds! The amplifier is also connected to the true analog output ...
Here is how to control a 12 Volt Solenoid with a Raspberry Pi using a 5 Volt Relay. Solenoids are an immensely useful way to turn electrical energy into a linear motion. Solenoids come in a variety of different specifications with 5 Volt an...
Is it hot in here, or is it just my Raspberry Pi? A Raspberry Pi sitting on a desk doing nothing is kind of boring. However, a Raspberry Pi that can measure the temperature and make decisions based off that information is awesome! The Rasp...
If you hang around 3D printers, X-Y plotters, CNC machines, drawing machines, or people who use any of them G-code is a term that will universally come up no matter where you find yourself in the world. But what is it? And how is it being u...
[Note - Terminal Commands talked about here have been superseded with the new 'Bullseye' Raspberry Pi OS. Link here for new 'Bullseye' camera commands. If you want to use the commands found on this page download and flash the old 'Bu...
This Weather Station with Arduino was designed for the South Australia Catholic Education STEM Weather Station Challenge. We were lucky enough to be asked to build one of the basic kits provided to schools across South Australia for entry i...
Note: This guide does not work with the Raspberry Pi 5. The Pi 5 handles its GPIO pins differently so the libraries used in this guide no longer work. A Pi 4 or older will still work just fine with this guide. This guide will demo...
If you ever needed a performance boost when running Machine Learnt AI Systems (like facial recognition) with a Raspberry Pi Single Board Computer then I have a solution for you. The OAK-D Lite. The Oak-D Lite is the Leatherman Multi-tool o...
This guide will teach you how to control any small and big servos with a Raspberry Pi 4 Model B (worth noting any Raspberry Pi Board with GPIO pins can be able to be used in this scenario. Servos are an immensely useful way to turn ele...
What We'll AchieveThis guide will help you set up a Plant_io controller to automatically irrigate a plant of your choice. This example focuses on germinating seeds, but this is only one option. Along the way we'll: Assemble a hardware pl...
The PiicoDev Magnetometer unlocks a lot of sensing abilities for your project. In this guide we'll walk through how to sense an angle with a small magnet and print the angle on a PiicoDev OLED. This guide covers what the sensor is r...
In this guide, we will be taking a look at the Arduino Uno Q. We will be looking at what you will need to get started, how to run the board both through both the Linux environment and over the network, as well as looking at some demos in A...
There are many different ways to use your mobile phone to remotely control and manage any Raspberry Pi and one of the best options out there to date is the phone application RaspController (you can also find it for free in the Google P...
Ah, Arduino and LattePanda coming together at last. What could be better? Well along with the fact that your LattePanda is a fully fledged Windows 10 computer so you can program any Arduino board you want as normal, one of the best things a...
[Update – Until there is correct compatibility of OPEN-CV with the new Raspberry Pi ‘Bullseye’ OS I highly recommend at this stage flashing and using the previous Raspberry Pi ‘Buster’ OS onto y...
If you’ve been around electronics for a while you’ll have noticed the trend of single board microcomputers targeted at hobbyists through to industrial projects, the most popular platform being the Raspberry Pi. Now the Raspberry...
In this guide, we will be exploring ultra-wideband modules and how you can use them to add robust distance measurements to your next maker project. We'll be learning how these incredible little boards work, what you can expect from them, a...
So you’ve got your Raspberry Pi, you’ve got your sensors and external components and you’re ready to build a world-conquering robot beyond compare. But hang on a minute, the sensor you have only operates on 5V and you vagu...
So you’ve got your Particle Photon or Electron, you’ve got your sensors and external components and you’re ready to build an IoT device to make the world your slave. But hang on a minute, the sensor you have only operate...
Welcome to 'Zero to Maker,' a workshop that will walk through and introduce a ton of tools and skills to help Makers of all skill levels! In this series, Jaryd and Liam will be completing projects as a part of the 2024 Fab Academy and...
The eternal question of ‘does it print in more colours?’ is often one of the most common community desires. And yes you can! One of the best ways that this need is delivered is through dual-extrusion printing. Dual-extrusion pri...
Note: With the rollout of TTNv3, the "Setup" section of this guide no longer works - but we're keeping it here for posterity. Let us know on our forums if you need help getting started with the new method. One of the simplest sensors in an...
Note: With the rollout of TTNv3, the "Setup" section of this guide no longer works - but we're keeping it here for posterity. Let us know on our forums if you need help getting started with the new method. The TMP36 is a low cost, eas...
The Micro:bit by BBC is a great data collection tool, it just needs a little help remembering what it has measured! This tutorial is made for those Micro:bit projects where transmitting your sensor data over radio or Bluetooth to a computer...
A radio transceiver is a device that can both transmit and receive radio signals, making it the perfect tool for communication on the go and remote projects! The PiicoDev Transceiver™ is a 915MHz radio that can send short messages up...
So you’ve got your Raspberry Pi. You’ve gotten NOOBS setup on it, explored Raspbian a bit, and you’re feeling like a bit of a pro. Awesome! Now let’s get down to the nitty gritty side of things, what it’s ...
This tutorial will show you how to update the software on your Rigol Oscilloscope. This will unlock the latest features as well as solve some bugs. What you will need. Rigol Digital OscilloScope (1054Z or 1104Z) USB thumb drive (any wi...
Each and every day it has become easier to print the natural and human-made world around us. So, if you ever worried that you would run out of things to 3D print fear not! There are many ways of producing 3D models and most of these me...
This tutorial works great for Raspberry Pi 3 Model B, however if you need a Video Kiosk/Digital Sign for the newer Pi Models, we've written this guide on how to do it. One of the most requested projects for Raspberry Pi is how to set ...
Note: With the rollout of TTNv3, the "Setup" section of this guide no longer works - but we're keeping it here for posterity. Let us know on our forums if you need help getting started with the new method. The two main standards at work in...
Today we’re going to look at installing the Windows 10 IoT (Internet of Things) core onto a Raspberry Pi 3. Traditionally Windows has been the resident overlord of desktop devices, however in recent years we’ve seen it t...
You’ve made yourself a great project for your Circuit Playground Express, now all you need is a box to put it in. How do you keep your Circuit Playground safe in a housing while still being able to press the buttons and use the sensor...
We're going to compare each of the Arduino Boards available to Maker's and Electronics Enthusiats. We'll discuss the features of each board, provide an informative pinout diagram with tonnes of detail, and toward the end of the article, pro...
Three and a half years after the launch of the original Pico, Raspberry Pi has announced a successor to their line of affordable microcontroller boards – the Raspberry Pi Pico 2. It sports the new RP2350 chip which houses a wealth of...
In the attempt to give the most comprehensive and truly easy to understand reference pages for the programming language of Python it is only natural to talk about built-in functions. A function in Python is a block of code which only runs w...
Back at it again with tips for IoT devices when connecting with Mobile networks. Quickly to explain The Internet of things (IoT) describes the network of physical objects (things) that are blessed with sensors, software, and other technolog...
Pulling the power to your Raspberry Pi can cause image corruptions & other issues that can damage your Pi! In this article, we will create a small push button that will work as a ‘Safe-Shutdown’ option. We’ll connect i...
So you’ve got your microcontroller/development board ready to go, you’ve got your sensors and external components and you’re ready to build an IoT device to make the world your slave. But hang on a minute, the sensor you h...
If you’ve ever created a project that uses batteries, you’ll be well aware how hard it can be to decide on elements in the project which can affect the battery life. You end up ‘umming’ and ‘ahhing’ for a...
Nowadays, everything is going wireless. Phones, computers, game controllers, consoles, everything! Wireless technology has allowed us to use electronic devices with an untethered freedom which just isn’t possible with clunky cables ...
NiMH is an abbreviation for Nickel-Metal Hydride. NiMH batteries are some of the most common rechargeable batteries we see in consumer electronics. Due to their superior chemistry, NiMH batteries have taken over Nickel Cadmium Battery appli...
Radio Frequency IDentification (RFID) uses electromagnetic fields to identify and communicate with tags. Each RFID module emits radio waves that energise the passive tag, which then responds with its own identifying number or data, as reque...
Wi-Fi, as we know it, is a form of wireless communication based on the 802.11 standards as outlined by the IEEE (the Institute of Electrical and Electronics Engineers). If you're paying attention to it, you'll notice an appendage to this st...
On and Off. It’s the basis for all electronics, from the most sophisticated computer network to a simple circuit. Electronics is all about using one thing, to control another, input and output, on and off. Even the transistors inside ...
Have you ever heard people talk about how amazing the Internet of Things is and how you can leverage the power of the internet by creating IoT devices, but not really known how to get started? This tutorial is for you! We’re going to ...
A digital multimeter (DMM) is one of the most common tools on a Maker's bench. We use DMMs to take electrical measurements in a fast and relatively accurate way. The reason we call it a multimeter is because they can take multiple types mea...
Installing filament into your Ultimaker 3D printers will quickly become an intuitive process. But until that happens I'll be here to help run down the process and to teach you exactly how to do it whilst keeping your awesome 3D printer safe...
Break your television and monitors free from the confines of their edges with Hyperbian! This is an open-source ambient light software that will improve the way you enjoy your favourite media. Hyperion for the Raspberry Pi ∴ Hy...
Hello and welcome to our tutorial on using rotary encoders. Today we’re going to be taking a look at what is a rotary encoder, how does it work, why we would use it over other sensory inputs and creating code to use them. Rotary encod...
Before we dive into the FIDO Certified Key-ID Security Key and how it's used, let's get a handle on what authentication online means at the moment. Authentication is simply the process of identifying a user based on a set of unique factors...
The Adafruit Circuit Playground Express comes packed with sensors, and for this tutorial, we are going to learn to use the onboard thermometer (technically a thermistor)! We will take temperature readings with the thermometer and print out ...
The Infinity Mirror Kit V2 is a desktop display that creates a dazzling optical illusion - a tunnel of light that tears through space! The Infinity Mirror Kit V2 entered production in October 2018, and now ships with an Adaf...
Every good E-Textiles or Wearables project needs to start somewhere, and the natural starting point for any project is choosing the right microcontroller. There are many good choices out there, and we will compare a few of the best and brig...
Geophones are devices that generate electric signals proportional to the particle velocity in a sound/compression wave. More simply a Geophone is a super low frequency microphone for the ground. Geophones are used around the world to measu...
Radio Frequency IDentification (RFID) uses electromagnetic fields to identify and communicate with tags. Each RFID module emits radio waves that energise the passive tag, which then responds with its own identifying number or data, as reque...
In this guide, we’ll be taking a look at Walter, a pretty impressive ESP32‑based board that gives your projects full internet access anywhere there’s mobile coverage - no Wi‑Fi required. With a built‑in 4GR...
In this guide we'll create a simple HTTP server using a Raspberry Pi Pico W. This server will be accessible from within a local WiFi network and can be used to read sensors and control hardware - in our case we'll drive an LED and read the...
The Pysense expansion board from Pycom has many sensors. In Pycom Pytrack Getting Started, I showed how with some Processing code we can see the real-time position of the board in 3D. That project works with the Pysense too. How about we sh...
Feel restricted by your connectivity? Want to send data from a remote node 10km away from civilization? Or ~3km when you are in a built-up civilization. Feel the urge for Liberation? Then I have the solution for you! Using only hardware bu...
This guide will help you get started with a PiicoDev Real Time Clock. We'll set and read the time/date, observe the power-backup capability, and configure the RTC with an alarm. A Real-Time Clock (RTC) is a timekeeping device that accurat...
The Raspberry Pi 5 is here! Our favourite credit card-sized computer has just gotten an update and we already have one here to take a look at, so let’s power it up, run some tests, and see what’s new! (If you want to s...
In this getting started guide we’ll use the Pytrack from Pycom to detect our location on Earth using the onboard GPS module and use the accelerometer to control a 3D model on the PC. I put a WiPy onto my Pytrack, connected it to ...
Fused filament fabrication and transparent prints! No, surely you mean SLA prints. And true you can get excellent transparent prints effectively using SLA however consumer-grade fused filament fabrication can be mistaken for glass when corr...
In this guide, we are going to learn how to use a series of Ultra-Wideband modules to track an object in both 2D and 3D space. By the end of this guide, you will be equipped with the skills and code to use up to nine modules in your maker ...
So, you have set up your shiny new resin 3D printer and now want to produce beautiful models. Well, this tutorial will tell you exactly what to do from filling the tank, starting a print via USB then the removal, cleaning, and final UV ligh...
Radio Frequency IDentification (RFID) uses electromagnetic fields to identify and communicate with tags. Each RFID module emits radio waves that energise the passive tag, which then responds with its own identifying number or data, as reque...
In this guide, we are going to be assembling and setting up your Bambu Lab A1 so you can get printing quickly! A quick but important note: consult your included instruction manual alongside this guide. The packaging layout and shipping ma...
In this guide, we'll learn what a Relay is, why we might use one, how to choose a Relay, and finally how to use one with a Raspberry Pi Pico. To follow along you'll need: A 5V SPDT Relay - I'll be using a 5V Single Channel Relay M...
Cameras in combination with artificial intelligence create arguably the most powerful sensor you can ever put on a microcontroller. So that’s exactly what we will do here with an ESP32-CAM Development Board that sports an inbuilt 2MB...
Welcome to the benchmarking arena! We are going to put eleven microcontrollers to the test and see how they hold up against a set of fiendish tasks that we devised to push them beyond their limits. We chose most of our candidates based on t...
Introduction This guide will cover the basic functionality of the GlowBit Python library when driving a GlowBit Matrix 4x4 module. To follow along, it's best to have: A GlowBit Matrix 4x4 A Raspberry Pi Pico ...
What do we mean when we talk about the "Internet of Things"? Mostly we're talking about tiny computers that have access to the internet and do some useful work. Unlike the computers we're used to holding in our hands, they don't have a touc...
This guide will demonstrate exactly how to control any large DC Motors that we stock with a Raspberry Pi Single Board Computer, through code or through a Bluetooth Controller. To clarify (in my mind) a large DC Motors runs at 12+ Volt...
Have you ever wanted to dive into computer vision? How about on a low-power and portable piece of hardware like a Raspberry Pi? Well, in this guide we will be setting up some with OpenCV and the YOLO pose estimation model family on the Ra...
Introduction This guide will cover the basic functionality of the GlowBit Python library when driving a GlowBit Matrix 8x8 module. To follow along, it's best to have: A GlowBit Matrix 8x8 A Raspberry Pi Pico ...
In this guide, we’re going diving into everything custom RGB on the Pi 500+. If you have one, chances are you have played around with some of the RGB presets that come loaded with it, but we can take things way further. We&rsqu...
Love your Raspberry Pi but wish it had even more connectivity akin to your mobile phone. Then the Waveshare 4G HAT is the solution for you! HAT simply means Hardware attached On Top. With this installed on your Raspberry Pi Single Board Co...
This guide will teach you exactly how to use a Raspberry Pi Single Board Computer to independently control 4 relays. A Relay is an electrically operated switch. This is all possible thanks to the PiRelay V2 HAT from SB Components. These re...
Welcome to the Raspberry Pi Workshop for Beginners! Here you'll be able to follow along with our series of bite-sized videos that cover everything you'll need to know to get started with your Raspberry Pi, and start making awesome project...
An instant response security system that actually works!If you've got security cameras tied to cloud services, you'll know the frustration – push notifications arrive with latency, footage takes ages to load, and by the time you realise so...
A simple camera motion detection system for Raspberry Pi. Definitely written with Aussie's in mind (although it could be modified to be used in other countries). The main motivation behind writing this was to monitor property and wildlife ...
The Pi Zero Motion Sensing Camera is a portable security camera using a Pi Zero 2W, Pi Zero camera, Battery Pack, and Case. I started this to have a taskable security camera with motion capture & notifications. I had some spare P...
I love the ESP line-up. I started by messing around with the ESP8266 and I completely fell in love with it. The 8266 is all I ever wanted from a microcontroller: WIFI connectivity, a dec...
I love the ESP line-up. I started by messing around with the ESP8266 and I completely fell in love with it. The 8266 is all I ever wanted from a microcontroller: WIFI connectivity, a dec...
An array of individual cosmic ray detectors distributed across a landscape to display how cosmic rays arrive as showers of muons. It's all powered by a Raspberry Pi Zero!This project deployed 16 individual cosmic ray detectors on the banks ...
This project uses a US100 ultrasonic distance sensor to detect instances of a garage tilt door being left open and sends an alert via the IFTTT mobile app. Additionally, the device logs temperature and pressure to a Thingspeak channel using...
Hi. My son and I have made our first Racing Simulator Motion Platform. It has been a challenge but we now have a playable situtation
It has been a long journey, starting off with info from the great people at www....
Hi. My son and I have made our first Racing Simulator Motion Platform. It has been a challenge but we now have a playable situtation
It has been a long journey, starting off with info from the great people at www....
My brother-in-law has a dairy farm in Victoria and many hours per week are wasted traversing the farm to check water tank levels, opening/closing valves, and other small tasks that could easily be remotely monitored and controlled. It was ...
IntroductionI wanted to bring ageing, and failing, Home Automation infrastructure into the modern age whilst retaining hardware investments already made. Our house had Universal Power Bus (UPB) dimmers and switches installed at build time...
Update: Community member Chris has had a go at remaking this project after the original project contributor Denver made the original code repository private. GitHub links below will not work but the original project has been kept here for...
I like to take on projects that give me an opportunity to learn new things. For this project, my two goals were to learn more about face detection algorithms and PID controllers but of course, there were so many more skills learned along th...
Recently I finished my first Particle Photon project. It’s basically a temperature, humidity, and barometric pressure monitor all in one! I’m not a programmer, but I know enough to tweak code when necessary. I have, on...
This project uses a waterproof ds18b20 sensor to log pool water temperature to an SD card and displays the temperature on an LCD.
For this project, an Arduino Uno was used to create a waterproof water temperature logger. The project...
For this project, an Arduino Uno was used to create a waterproof water temperature logger. The project...
This project has been created to be used as an exemplar for Year 7 Technology students to demonstrate some of the features and potential of making with a micro:bit. This device is a teacher tool or game accompaniment device that random...
Hyperweb is a collaborative interactive sculpture installation at Vivid in Sydney. I designed and built a crowd sensing weather station that is used to control an audio "soundscape" within the piece. It also triggers light show events that ...
Today we will be making an Arduino circuit that will start playing a noise if the water (or surrounding environment) reaches a certain temperature, in our case, that temperature will be 100° Celsius. This is a useful little projec...
This project started due to the smoke haze that enveloped our area during the 2019 and 2020 bushfires. I wanted something to check the air quality of my home and maybe find areas where it needed better sealing. In addition, the BMP280 senso...
This project began with a desire to make circuit building readily approachable for students new to electronics by bridging the gap between schematic diagrams and working circuits. The PiicoDev ecosystem provides a very accessible introduct...
My partner wanted to assist with additional space for possums to live in as trees are being lost in the neighbourhood causing possums to move into unwanted areas. She asked me if there was any way to see if the possums were using the box we...
This project is a simple stopwatch with a little bit of a twist! It operates like a conventional stopwatch… you can start and stop it, you can record lap times and you can review the lap times once you hit stop. The twist is th...
This project is about adding a wireless Adafruit Feather HUZZAH ESP8266 or ESP32 v2 with Adafruit Featherwing 128x64 OLED to interface with the self-assembled MightyOhm Geiger Kit.
Tabot is a robotic tablet dispenser. It is designed to help elderly people maintain their independence and help anyone who has tablets remember to take them on time.https://www.gofundme.com/tabot-helping-the-elderly Please vist this website...
Since I was young, I've always loved to explore. Over the years, I've tinkered with RC cars and played with planes, which were always plenty of fun. But I always dreamed of going out further - out into the real world, far beyond the confine...
I had been captivated by the sound levels of trains I could hear passing by Metford throughout the day/night. I wondered if a sound level sensor reporting data back over LoRa would help me understand when a train was noisy. I also like the ...
Introduction Searching for solar panels and related items on the Core Electronics website; I came across the Solarbotics GraviTrack Marble Machine Kit. I thought the kit would be a good educational tool for the grandkids. The kit was a hit...
In the area I live, there are often kangaroos that jump in front of traffic, often from blind spots, and can get themselves into harm's way. I wanted to build a low-cost solution that can alert drivers to kangaroos in these blind spots to r...
UV is important to reptiles (and people) in processing vitamin D3 which is needed to absorb calcium. Without it reptiles often suffer from Metabolic Bone Disease (MBD) which leads to weak bones and can be fatal. Thankfully, pet shops have t...
Introduction My passion hobby is night-time time-lapse photography and astrophotography/nightscapes. This means a lot of time spent outside in the dead of winter overnight and an issue that I faced was dew condensing on the lens. This is...
Introduction This began as an idea after building a very basic single-channel unit. Commercial smart watering systems use a Wifi connection to the internet and get weather reports to determine the level of watering required. These systems...
The aim of this project was to provide a cost effective and basic weather station for my backyard that can upload readings to Weather Underground. Part 2 of the project will be using this local data to trigger activities in and around my ho...
FlipperMate began as a deeply personal exploration into accessibility, creativity, and play. The project traces back to my friendship with Jason Becker, a legendary guitarist who developed ALS (Lou Gehrig’s disease) at age 20. Jason has be...
Summary A Raspberry Pi 3B is used to collect digital counts from an electronic rain gauge (1mm of rain per reed switch closure by magnetic see-saw). It has been running without issues for over 12 months. A UPS powers the Pi so it is immune...
This project turns a cheap exercise mini bike into a virtual bike. I made this project with my brother for a family member who has to do a few months of physical therapy. We wanted a way to motivate them to continue, and try to make it a f...
The PiicoDev Sketcher is a fun, interactive toy reminiscent of sketching toys from my childhood. The user draws an image using the two knobs - one for X-control and the other for Y. Turning one knob at a time produces horizontal or vertica...
This project started because I wanted to know the signal strength of the Wifi in various places around my house. I had set up a Pi Zero as a simple watering system controller. It would switch a solenoid on and off based on a 7 day schedule;...
I was wanting to know what the water temperature was without having to physically go and check and I was curious about how warm the water would get during a sunny day and how much heat was lost overnight. I am interested in the idea of home...
I wanted to build a weather station. After some googling I found a great ‘how to’ guide using a raspberry pi.
I was also interested in learning Python, so I decided to dive right in...
I wanted to build a weather station. After some googling I found a great ‘how to’ guide using a raspberry pi.
I was also interested in learning Python, so I decided to dive right in...
The concrete body of the lamp (which, to my eye look a bit like a leek) is made is two halves. The 1st and 2nd halves are cast in 2 steps using the same mould twice. I had a few failed attempts at making the mould entirely from sta...
The concrete body of the lamp (which, to my eye look a bit like a leek) is made is two halves. The 1st and 2nd halves are cast in 2 steps using the same mould twice. I had a few failed attempts at making the mould entirely from sta...
Ever wanted to know exactly what bird is near you by only the sound but simultaneously have zero ideas about birds? Fear not, here is the solution for you! A fully fletched Bird Call AI System that runs completely on a Raspberry Pi Single ...
YAM (or YetAnotherMonitor) I keep more than 20 enclosures of Australian native lizards and turtles and I want to make sure they are all in an appropriate environment. To that end, I built a microcontroller-based system to monitor the tempe...
The inspiration for this project stems back to my childhood when I was curious to find out how the mechanical barometer worked.
The inspiration for this project stems back to my childhood when I was curious to find out how the mechanical barometer worked.
This thermometer idea came to me when my little sister asked me “Vince, what’s the temperature?” Answering I said, “Well, I’ll look it up.” So I looked it up but that wasn’t enough for her, This con...
So, my wife wanted to have some small plants in the house. I didn’t, so we compromised, and got some plants. The only thing is that neither of us remembers to water them, so I wanted to build a sensor array to monitor the moisture con...
Introduction This project started because I needed to replace a water tap timer that had seen better days. The aim was to use a Raspberry Pi Pico and a couple of PiicoDev boards to do what the water timer did. The actual stopping a...
This project logs temperature and pressure observations to a ThingSpeak channel using an ESP8266 WiFi module.
For this project, I designed my circuit and ordered a PCB using easyEDA. The project gets power from a USB port and uses a...
For this project, I designed my circuit and ordered a PCB using easyEDA. The project gets power from a USB port and uses a...
These days we can do just about anything on our phone, we can control so many aspects of our lives using the technology in our pocket, but the most mundane aspects of our lives; opening the garage door, blindly reaching for the light switch...
This project uses an ESP8266-01 WiFi module to send an alert to my phone if the fridge door is left open or ajar.
After ordering a few of the ESP8266 board variations I found myself with an ESP8266-01 variant which wasn't very usefu...
After ordering a few of the ESP8266 board variations I found myself with an ESP8266-01 variant which wasn't very usefu...
Wands are cool, right? That's what Trinity, Adele, and April were thinking of our recent littleBits Workshop, down at the Core Electronics Knowledge Factory. Their inspiration for this project came straight from the films, in particular, th...
Introducing to you today, the Quadbeest, the next evolutionary step in the Strandbeest genealogy. It seemed to be about time for Strandbeests to evolve to take over the air, so I made it happen. Able to be controlled over a kilometre in the...
The aim of this project was to use the sun to charge some batteries with 1W and 2W Seeed solar panels. The DFRobot Solar LiPo Charger and a Sunflower Solar Power Manager were purchased. Initially, this was unsuccessful because I did no...
I used an Arduino and a US-100 ultrasonic sensor to make an extremely low-cost tide gauge. This project measures the tide by sensing the distance to water using a US-100 ultrasonic sensor. The device has a 3D printed base&nb...
If you have chickens and find you're not always available to close the gate at night or check the water levels each day, then why not use an ESP8266 to automate your chicken door and receive alerts door status and low water level, as well a...
This project uses an Accelerometer to detect when you are leaning left or right. Depending on if/where you are leaning, it will flash LEDs on the right or left of the bike's rear. Powered by an Arduino and a 12v battery pack (my case 8 AA B...
Remote Controls are magical enough to recreate this awesome Death Eater Skull. You can switch it on from across the room and make it glow an evil green! Jake and Nathan built this invention at a littleBits Workshop down at the Core Electron...
This project began as an experiment when I inexplicably decided to learn how an optical rotary encoder worked (FYI, 2-bit gray code). It transformed into a learning experience around USB - specifically the HID protocol. Ultimately I ended u...
This is an Arduino project using and ethernet shield for remote control of a set of relays. The IPControl module was meant to be a simple web accessible device controller. It sort of grew! A little out of hand as you will see...
We've built a mass SD card writer using a Raspberry Pi 3 Model B, some USB hubs and SD card readers. This beast has enough ports to write 49 SD cards at once! At Core Electronics, sometimes logistics hang-ups mean that suppliers cannot mee...
In this project, I'm using an esp32 board combined with a thermistor, plus an Amazon Web Services Lambda API plus some web charting code for temperature sensing. Source code can be found in the GitHub repository: https://github.com/Acr...
Tunnels are a critical part of road infrastructure and they feature some pretty cool tech. This Smart Tunnel project demonstrates some of the technology involved and how some real-world problems might be solved. Features RFID Trip...
Frequency Reactive LEDs, i2c Protocol, Raspberry Pi, and Other Adventures.Here at Pix Incorporated we take word count very seriously. We believe in short, focused, and enjoyable writing which hints at the horizons of our imagination (...
We wanted to make a interactive display of the fun that can be had with DIY projects to take to Sydney Mini Maker Faire. We decided to do so by utilising the TinkerKit Braccio from Arduino.org, alongside some 3D Printing ingenuity, for an e...
Introduction: Hi everybody. Over the past few weeks, I have been working on an intuitive system that makes working and tinkering with the Piicodev ecosystem even easier! Everybody interested in electronics knows about the universal circui...
Introduction So now everything is available in this day and age, and all those childhood dreams can now come true as parts, technology and software has come a long way. I had recently taken up the hobby, RC planes. Eventually I learnt ho...
Our local council picks up recycling bins one week and green waste the following week. Sometimes people forget which bins go out each week and perhaps they mistakenly put the wrong bins out. Not that that has ever happened to me of course! ...
I use a Raspberry Pi running EmonCms for collecting sensor data and controlling devices around the home but several things have been on my To-Do list to enhance its functionality. A Shutdown/Power Down/Startup circuit. Proportional fan...
This project has been a long and tricky one for me, I purchased my robot arm kit from Jaycar many years ago with the intention of controlling it from the start. I used to work with industrial robots, so when I saw this robot kit for sale I...
Ever seen a touch lamp in action and wondered how on earth we can make that using basic components? This project is a basic circuit with 2 transistors to amplify a signal from your touch.Extra: The LED doesn't actually blink like that, just...
Who says you can't have it all? Good looks and a great sound! My name is 'Holman" and I'm a Bluetooth speaker in the form of mans best friend - a dog of course! Why is my name Holman? Well, that's the name of the manufacturer of the PVC pi...
The UNITRAC (UNIversal TRACtion system) is a simple 3D printable conversion for the Black Gladiator-Tracked chassis, It’s designed to transform the large wheelbase platform into a self-contained propulsion system that has all the torq...
The Raspberry Pi Microscope was put together to help with soldering PCBs that have small surface mount components. Its main function is to verify the quality of solder joints and ensure there aren’t any short circuits. With the addition of...
Now that we have decked out our Lulzbot Taz 6 3D Printer with a really nice looking acrylic enclosure, I'm just about ready to turn on some serious 3D printing work. But before I dive into that endless pool of fun, it's a good time to take ...
I like working with the Pi Zero W and Pi 4 as they are very compact, very powerful and very cheap for the capability they offer. I want to use them on small projects, stand-alone, and can't always guarantee power. As we know most Pi's don't...
I’ve always been fascinated by LED screens and seeing beautiful colours mix and merge to create vibrant displays. I also love games, so what better way to combine the two than a giant LED pixel matrix which can play games, display aud...
Have you ever wanted to make a Weatherproof Weather and Air Quality System that transmits its edge-collected data long-range through LoRa (up to a 10Km range) and then have that data automatically uploaded to the Internet to be gorgeously ...
I was looking for something educational to 3D-Print for my child in Thingiverse and came across the concept of the Math Spinner. I found the models lacked a method of checking the answer so I wanted to automate it. The core design is inspir...
Do you love your Wii and its ability to play all GameCube games perfectly but wish you could take it on the go like a Gameboy?
Well, I definitely did and if you're like me so do you. And here is the right place...
Do you love your Wii and its ability to play all GameCube games perfectly but wish you could take it on the go like a Gameboy?
Well, I definitely did and if you're like me so do you. And here is the right place...
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