Connect your Micro:bit with the outside world using PiicoDev® Adapter for Micro:bit. With this adapter you can experiment with sensors from the PiicoDev range giving your Micro:bit new sensing abilities.
This 200mm cable breaks out the four wires in a PiicoDev cable for manual wiring to breadboards or development boards. It's a 4-wire harness with an SH connector on one end and four Dupont-style connectors on the other.
This 200mm cable breaks out the four wires in a PiicoDev cable for manual wiring to breadboards or development boards. It's a 4-wire harness with an SH connector on one end and four Dupont-style connectors on the other.
The PiicoDev® LiPo Expansion Board for Raspberry Pi Pico is a great way to start experimenting with Raspberry Pi Pico/RP2040. Use the on-board PiicoDev connector to quickly and easily connect with the PiicoDev family of sensor modules without soldering.
Qwiic, or STEMMA QT, is a very efficient way to quickly prototype an idea, but a lot of Qwiic/Stemma QT driver boards only have one port, and devices have...
Rotary encoders are soooo much fun! Twist em this way, then twist them that way. Unlike potentiometers, they go all the way around and often have little...
Do you know which way the wind blows? You will now, with this triple-axis accelerometer/magnetometer compass module. Inside are two sensors, one is a classic 3-axis...
The SparkFun Qwiic FeatherWing (Shield for Thing Plus) provides an easy-to-assemble way to add the STEMMA QT / Qwiic connect ecosystem to any development board with...
You've got secrets, and you want to keep them safe? Most microcontrollers are not designed to protect against snoopers, but a crypto-authentication chip can be used...
The TLV493D 3-axis magnetometer is a great little sensor for detecting magnets in 3D. In fact, the manufacturer Infineon suggests it could be used to make a joystick!...
The Adafruit MCP3421 18-Bit ADC is a simple, inexpensive, and easy to use 18-bit, 240 SPS, single-channel ADC with an I2C interface that can run up to...
PiicoDev is the open-source and best-documented platform specifically designed with rapid prototyping and maker education in mind. As fellow community educators, we have infused PiicoDev with ideas to ensure that every home project, school...
PiicoDev is the open-source and best-documented platform specifically designed with rapid prototyping and maker education in mind. As fellow community educators, we have infused PiicoDev with ideas to ensure that every home project, school...
Let me introduce a new 3D printable case for the Raspberry Pi Pico and the PiicoDev ecosystem. There are variants of the case, one which allows you to wall-mount the system and another variation that makes it possible to charge the dev...
Let me introduce a new 3D printable case for the Raspberry Pi Pico and the PiicoDev ecosystem. There are variants of the case, one which allows you to wall-mount the system and another variation that makes it possible to charge the dev...
In this article we'll show you how to connect your PiicoDev® modules to your favourite development platforms.
Connection Guides
Other Connection Methods
Pinouts
Connecting Many Modules
PiicoDev Smart Modules
Custom I2C Addres...
In this article we'll show you how to connect your PiicoDev® modules to your favourite development platforms.
Connection Guides
Other Connection Methods
Pinouts
Connecting Many Modules
PiicoDev Smart Modules
Custom I2C Addres...
This guide is all about mounting PiicoDev® Modules. It covers how to mount modules to PiicoDev Platforms (or any other material up to 3mm thick), and shows the common dimensions and mounting-hole patterns for PiicoDev hardware...
This guide is all about mounting PiicoDev® Modules. It covers how to mount modules to PiicoDev Platforms (or any other material up to 3mm thick), and shows the common dimensions and mounting-hole patterns for PiicoDev hardware...
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...
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...
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 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...
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 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 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 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 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 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 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 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 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 Pico
To follow along, it's best to have:
A Raspberry Pi Pico with pins sol...
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...
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...
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 ...
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 ...
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 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 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 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 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 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 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...
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...
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 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 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...
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...
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...
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...
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...
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...
This guide will help you get started with a PiicoDev® Potentiometer - an intuitive input device that allows you to easily interact with your project. PiicoDev Potentiometers are available in two flavours: Rotary and Slider. We'll ...
This guide will help you get started with a PiicoDev® Potentiometer - an intuitive input device that allows you to easily interact with your project. PiicoDev Potentiometers are available in two flavours: Rotary and Slider. We'll ...
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...
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...
Buttons are a ubiquitous user interface - of course, you've seen them everywhere! The humble button is often the fastest way to create a control interface for your project too. This guide will help you get started with a PiicoDev® Butt...
Buttons are a ubiquitous user interface - of course, you've seen them everywhere! The humble button is often the fastest way to create a control interface for your project too. This guide will help you get started with a PiicoDev® Butt...
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...
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...
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...
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...
Introduction
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Micro:bit. This guide will cover connecting the hardware, running an example to make sure everything works and playing simple melodies.
Of course, the Micr...
Introduction
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Micro:bit. This guide will cover connecting the hardware, running an example to make sure everything works and playing simple melodies.
Of course, the Micr...
Introduction
This guide will help you read barometric pressure from your PiicoDev® Pressure Sensor and a Micro:bit
To follow along, it's best to have:
A Micro:bit V2
A PiicoDev Pressure Sensor MS5637
A PiicoDev Adapter for M...
Introduction
This guide will help you read barometric pressure from your PiicoDev® Pressure Sensor and a Micro:bit
To follow along, it's best to have:
A Micro:bit V2
A PiicoDev Pressure Sensor MS5637
A PiicoDev Adapter for M...
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...
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...
Introduction
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Raspberry Pi. This guide will cover connecting the hardware, running an example to make sure everything works, and playing simple melodies.
To follow along...
Introduction
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Raspberry Pi. This guide will cover connecting the hardware, running an example to make sure everything works, and playing simple melodies.
To follow along...
Let's get started with the PiicoDev® Magnetometer. In this guide we'll connect the Magnetometer to our Raspberry Pi, get it working as a compass, and read the magnetic field strength of a nearby magnet. Finally, we'll remix the code to ...
Let's get started with the PiicoDev® Magnetometer. In this guide we'll connect the Magnetometer to our Raspberry Pi, get it working as a compass, and read the magnetic field strength of a nearby magnet. Finally, we'll remix the code to ...
This guide will help you get started with a PiicoDev® Servo Driver module. We'll take a tour of the module and walk through some examples to drive common servos.
Servo motors are integrated motors that contain their own power circuitr...
This guide will help you get started with a PiicoDev® Servo Driver module. We'll take a tour of the module and walk through some examples to drive common servos.
Servo motors are integrated motors that contain their own power circuitr...
Let's get started with the PiicoDev® Magnetometer. In this guide, we'll connect the Magnetometer to our micro:bit, get it working as a compass, and read the magnetic field strength of a nearby magnet.
To follow along, it's best to...
Let's get started with the PiicoDev® Magnetometer. In this guide, we'll connect the Magnetometer to our micro:bit, get it working as a compass, and read the magnetic field strength of a nearby magnet.
To follow along, it's best to...
Introduction
This guide will help you read barometric pressure data from your PiicoDev® Pressure 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)...
Introduction
This guide will help you read barometric pressure data from your PiicoDev® Pressure 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)...
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 f...
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...
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...
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...
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...
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...
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...
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...
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...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
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
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,...
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...
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...
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...
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
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Raspberry Pi Pico. This guide will cover connecting the hardware, running an example to make sure everything works, and playing simple melodies.
To follow ...
Introduction
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Raspberry Pi Pico. This guide will cover connecting the hardware, running an example to make sure everything works, and playing simple melodies.
To follow ...
Let's get started with the PiicoDev® Magnetometer. In this guide, we'll connect the Magnetometer to our Raspberry Pi Pico, get it working as a compass, and read the magnetic field strength of a nearby magnet. Finally, we'll remix the c...
Let's get started with the PiicoDev® Magnetometer. In this guide, we'll connect the Magnetometer to our Raspberry Pi Pico, get it working as a compass, and read the magnetic field strength of a nearby magnet. Finally, we'll remix the c...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
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...
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 ...
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 ...
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...
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...
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 Pico and get it working with some example code to detect touch events. We'll also rem...
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 Pico and get it working with some example code to detect touch events. We'll also rem...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
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.
...
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.
...
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...
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 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 ...
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 ...
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...
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...
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'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
...
Co-Polyester is an astounding material in terms of properties, all the best properties of Tough PLA and ABS which are then dialled up just that extra bit in regards to both ruggedness and durability. Ultimaker offers two versions of Co-Poly...
Co-Polyester is an astounding material in terms of properties, all the best properties of Tough PLA and ABS which are then dialled up just that extra bit in regards to both ruggedness and durability. Ultimaker offers two versions of Co-Poly...
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...
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 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...
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...
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...
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...
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...
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...
A special part of me enjoys it when people go ‘I cannot believe that was 3D printed’ and one of the best ways to get that reaction is through post-processing. Now not to belittle the beauty of a raw print result you can achieve ...
A special part of me enjoys it when people go ‘I cannot believe that was 3D printed’ and one of the best ways to get that reaction is through post-processing. Now not to belittle the beauty of a raw print result you can achieve ...
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...
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...
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:
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...
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...
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...
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...
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...
Do you ever wanna pump up some tunes but you don't know how to play a MIDI file? Fear not, the PiicoDev Buzzer modules let you stack up multiple tones into a song. Find your MIDI, export it through a script, upload it and get grovin'! ...
Do you ever wanna pump up some tunes but you don't know how to play a MIDI file? Fear not, the PiicoDev Buzzer modules let you stack up multiple tones into a song. Find your MIDI, export it through a script, upload it and get grovin'! ...
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...
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...
I’ve had this idea for Halloween for a few years now. I wanted to make my porch display into an escape room for trick or treating. The kids would have to solve an environmental...
I’ve had this idea for Halloween for a few years now. I wanted to make my porch display into an escape room for trick or treating. The kids would have to solve an environmental...
What does one make for a Startrek-themed STEM camp for Scouts? Especially when given the Search and Rescue (SAR) activity base to run.
Why this base you ask? Usually I run a radio d...
What does one make for a Startrek-themed STEM camp for Scouts? Especially when given the Search and Rescue (SAR) activity base to run.
Why this base you ask? Usually I run a radio d...
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...
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...
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 ...
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 ...
Turn Your Raspberry Pi into a Steam Link
Sometimes Retropie just isn’t enough to get the best possible gaming experience with the Raspberry Pi. I originally purchased the Raspberry Pi 3B+ so that I could install Retropie and Kodi to ...
Turn Your Raspberry Pi into a Steam Link
Sometimes Retropie just isn’t enough to get the best possible gaming experience with the Raspberry Pi. I originally purchased the Raspberry Pi 3B+ so that I could install Retropie and Kodi to ...
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