Resources
Online Tutorial - Pico Smart Air Quality Board - Using the BME688 Sensor
The BME688 sensor provides the main functionality of the board: measuring air quality and climate data which the Pico can then access and read. Learn how use the sensor to gather and monitor readings with the Raspberry Pi Pico.
Online Tutorial - Pico Smart Air Quality Board - OLED and RTC
The Pico has a number of built-in features beyond just having lots of pins for controlling and communicating with external devices, and one of these is the real-time clock (RTC). Learn how to make use of the boards RTC and OLED display.
Online Tutorial – Pico Smart Air Quality Board – Buzzer, Buttons and ZIP LEDs
The Smart Air Quality board for Raspberry Pi Pico has two buttons which can be used as inputs to control the program which is running. There is also a buzzer, which is great for adding audio output to projects. We are going to introduce both of these in this section of the tutorial.
Online Tutorial - Pico Smart Air Quality Board - Data Logging
One of the main functions the Pico Smart Air Quality Board is designed for is data capture and logging. In this tutorial we will be taking that information and saving it to a file on the Pico.
Online Tutorial – Pico Smart Air Quality Board – Analogue Input and Output Control
Learn how to connect, control and monitor external sensors to the Kitronik Air Quality Data-logging Board for the Raspberry Pi Pico. This guide contains a full description of the process and code required.
Distance Sensing With A microbit And HC-SR04 Module
Distance sensing with the BBC microbit and a HC-SR04 ultrasonic sensor is a fun and easy, this tutorial describes how to connect the sensor and write code.
Using A Light Sensor And Analog Inputs Experiment 2
Experiment 2 Using a Light Sensor and Analog Inputs from the Kitronik Inventors Kit for the BBC microbit. We've included the entire experiment as a free example of the great practical experiments that are contained within the Inventors Kit. Learn how to build the circuit and how to code the microbit to control the circuit.
Day 3 - BBC microbit ZIP Halo Compass
Find the North Pole with our Christmas themed BBC microbit ZIP Halo Compass for day three of our 12 Makes of Christmas. Although the case requires 3D printing and laser cutting, the compass code will work equally well in or out of a case. So, making the case is entirely optional.
Guide For Automatic Headlights For :MOVE mini
Learn how to code automatic headlights for the :MOVE mini buggy in the Microsoft PXT Editor and have the buggies lights turn on and off automatically and also to dim or brighten in response to changes in light level.
microbit Lap Counter For Scalextric Like Track
Our good friend, David Booth, has designed and built a microbit lap counter for a Scalextric type car track and we think it's fantastic. Learn how he did it and make your own.
Add Additional Light Sensing To The BBC micro:bit
Add light sensing to functionality to the BBC micro:bit is incredibly easy if you use the Light Sensing board from our Electro-Fashion range. Learn how to add light sensing to the BBC micro:bit with this very simple tutorial.
BBC micro:bit Controlled Crane Step By Step
This is a step by step guide to customising a toy crane to be controlled with a BBC micro:bit, using the Motor Driver Board for the BBC micro:bit and the built-in accelerometer to detect tilt and turn motions.
BBC micro:bit Edge Connector Light Level Detector
This is a simple tutorial demonstrating how to use a Kitronik edge connector breakout with the BBC microbit. The tutorial will cover measuring ambient light levels with an LDR and dimming an LED correspondingly.
BBC micro:bit Cool Colours Temperature Sensor
This is a simple tutorial demonstrating how to use an analogue input with the BBC micro:bit. The BBC micro:bit is able to read analogue voltages from sensors like Light Dependent Resistors (LDRs) and Thermistors. This tutorial uses the analogue read function to change the colour of a tri-colour LED to correspond to the temperature of the thermistor. A thermistor is a special type of resistor that changes its resistance as it gets warmer.