micro:bit
Please note: The batteries in the pic are not the supplied batteries. Please read the below description to see what is in the box.
The BBC micro:bit is a pocket-sized codeable computer with motion detection, a built-in compass, LED display, and Bluetooth technology built in.
It measures 4cm by 5cm, is available in a range of colours, and designed to be fun and easy to use. It can be coded with something simple in seconds – like lighting up its LEDs or displaying a pattern – with no prior knowledge of computing.
It also connects to other devices, sensors, kits and objects, and is a companion to Arduino, Galileo, Kano, littleBits and Raspberry Pi, acting as a spring board to more complex learning.
Each element is completely programmable via easy-to-use software on a dedicated website that can be accessed from a PC, tablet or mobile.
Product Overview
Get creative, get connected & get coding with the micro:bit go. A complete set containing all the parts and inspirational ideas to get started with the micro:bit. Each micro:bit go contains 1x micro:bit, USB cable, battery holder & 2x AAA batteries along with a Quick Start Guide featuring 4 fun ideas all in a retail ready pack. The micro:bit go is the quickest and easiest way for children to get going with the micro:bit. The micro:bit is a pocket-sized computer that you can code, customise and control to bring your digital ideas, games and apps to life. Measuring 4cm by 5cm, and designed to be fun and easy to use, users can create anything from games and animations to scrolling stories at school, at home and on the go - all you need is imagination and creativity. The micro:bit is completely programmable. That means each of its LEDs can be individually programmed as can its buttons, inputs and outputs, accelerometer, magnetometer and Bluetooth Smart Technology.
Features
- Upgraded processor (nRF52833)
- 64MHz Arm Cortex-M4 FPU (over 4 times faster!)
- 512KB Flash storage on board
- 128KB RAM
- MEMS Microphone with LED indicator and on-board speaker
- 5x5 LED matrix display
- Touch sensitive logo "button"
- Accelerometer/compass
- Light and temperature sensors
- Sleep/off mode for batteries powered projects (w/ LED indicator)
- Up to 200mA of current for external accessories
- Bluetooth 5.0 radio allowing micro:bits to talk to each other
- Notched edge connector (easier to connect things like crocodile clips and conductive thread)
- Dimensions: 52mm x 42mm x 11.7mm
It's the same shape and size so should be already familiar to countless teachers and learners, and also compatible with the vast majority of add-on boards and accessories.
Applications
Embedded Design & Development
What's in the box?
1 x micro:bit V2 board
1 x micro:bit USB cable
1 x AA Battery holder
2 x AA Eveready batteries OR 2 x AA GP batteries
Resources
Using the micro:bit V2.2
Sensors
The micro:bit V2.2 has no less than six sensors onboard to create awesome projects:
More Resources
The BBC micro:bit is a pocket-sized computer that introduces you to how software and hardware work together. It has an LED light display, buttons, sensors, a speaker, microphone and many other input/output features that, when programmed, let it interact with you and your world.
Visit What is the micro:bit? to find out more or explore all the features in depth through short videos.
You will need a computer, tablet or phone to write and send code to the micro:bit, but once the code is on the micro:bit it works as a standalone device with just the battery pack. Visit getting started for support taking your first steps with the micro:bit.
The Micro:bit Educational Foundation produces free coding tools and teaching resources to support you as you explore the potential of the micro:bit:
- Choose your perfect programming tool in Let's Code:
- Run whole class coding sessions easily with micro:bit classroom
- Teach block-based coding with Microsoft MakeCode or text-based coding with the micro:bit Python Editor
- Explore our free resources for teachers including:
- Quick projects for beginners and more advanced users
- Curriculum-linked lessons and units of work
- Professional development courses and events like webinars and code-alongs
- Classroom resources such as student handouts, reward certificates and posters
As well as givings students a hands-on approach to coding, the micro:bit is an engaging classroom tool that gives students confidence to try new things and get creative with technology.
You will find loads of info, lessons, projects and other resources at https://microbit.org/get-started/first-steps/introduction/
Are you a teacher that need assistance or material to improve your classes? Have a look at the free resources for teachers
The BBC micro:bit is a pocket-sized codeable computer with motion detection, a built-in compass, LED display, and Bluetooth technology built in.
It measures 4cm by 5cm, is available in a range of colours, and designed to be fun and easy to use. It can be coded with something simple in seconds – like lighting up its LEDs or displaying a pattern – with no prior knowledge of computing.
It also connects to other devices, sensors, kits and objects, and is a companion to Arduino, Galileo, Kano, littleBits and Raspberry Pi, acting as a spring board to more complex learning.
Each element is completely programmable via easy-to-use software on a dedicated website that can be accessed from a PC, tablet or mobile.
- Microprocessor: 32-bit ARM® Cortex™ M0 CPU
- A 5x5 LED matrix with 25 red LEDs to light up and can display animiated patterns, scrolling text and alphanumeric characters
- Two programmable buttons. Use them as a games controller, or control music on a smart phone
- On-board motion detector or 3-AXIS digital accelerometer that can detect movement e.g. shake, tilt or free-fall
- A built-in compass, 3D magnetometer to sense which direction you're facing and your movement in degrees and detect the presence of certain metals and magnets
- Bluetooth® Smart Technology. Connect the micro:bit to other micro:bits, devices, phones, tablets, cameras and other everday objects
- 20 pin edge connector: This allows the micro:bit to be connected to other devices such as Raspberry Pi, Arduino, Galileo and Kano through a standard connector
- Micro-USB controller: This is controlled by a separate processor and presents the micro:bit to a computer as a memory stick
- Five Ring Input and Output (I/O) including power (PWR), ground (GRD) and 3 x I/O.
- System LED x 1 (yellow)
- System push button switch x 1
Applications
- Embedded Design & Development
- Education
What's in the box?
1 x micro:bit V2.2 board
1 x USB cable
1 x 2xAAA Battery holder OR 2xAA Battery holder (depending on stock availability)
1 x set of 10 crocodile cables
2 x Duracell Alkaline AAA OR AA batteries depending on applicable battery holder
Resources
Using the micro:bit V2.2
Sensors
The micro:bit V2.2 has no less than six sensors onboard to create awesome projects:
More Resources
The BBC micro:bit is a pocket-sized computer that introduces you to how software and hardware work together. It has an LED light display, buttons, sensors, a speaker, microphone and many other input/output features that, when programmed, let it interact with you and your world.
Visit What is the micro:bit? to find out more or explore all the features in depth through short videos.
You will need a computer, tablet or phone to write and send code to the micro:bit, but once the code is on the micro:bit it works as a standalone device with just the battery pack. Visit getting started for support taking your first steps with the micro:bit.
The Micro:bit Educational Foundation produces free coding tools and teaching resources to support you as you explore the potential of the micro:bit:
- Choose your perfect programming tool in Let's Code:
- Run whole class coding sessions easily with micro:bit classroom
- Teach block-based coding with Microsoft MakeCode or text-based coding with the micro:bit Python Editor
- Explore our free resources for teachers including:
- Quick projects for beginners and more advanced users
- Curriculum-linked lessons and units of work
- Professional development courses and events like webinars and code-alongs
- Classroom resources such as student handouts, reward certificates and posters
As well as givings students a hands-on approach to coding, the micro:bit is an engaging classroom tool that gives students confidence to try new things and get creative with technology.
You will find loads of info, lessons, projects and other resources at https://microbit.org/get-started/first-steps/introduction/
Are you a teacher that need assistance or material to improve your classes? Have a look at the free resources for teachers
The BBC micro:bit is a pocket-sized codeable computer with motion detection, a built-in compass, LED display, and Bluetooth technology built in.
It measures 4cm by 5cm, is available in a range of colours, and designed to be fun and easy to use. It can be coded with something simple in seconds – like lighting up its LEDs or displaying a pattern – with no prior knowledge of computing.
It also connects to other devices, sensors, kits and objects, and is a companion to Arduino, Galileo, Kano, littleBits and Raspberry Pi, acting as a spring board to more complex learning.
Each element is completely programmable via easy-to-use software on a dedicated website that can be accessed from a PC, tablet or mobile.
Get creative, get connected & get coding with the micro:bit go. A complete set containing all the parts and inspirational ideas to get started with the micro:bit. Each micro:bit go contains 1x micro:bit, USB cable and battery holder. The micro:bit go is the quickest and easiest way for children to get going with the micro:bit. The micro:bit is a pocket-sized computer that you can code, customise and control to bring your digital ideas, games and apps to life. Measuring 4cm by 5cm, and designed to be fun and easy to use, users can create anything from games and animations to scrolling stories at school, at home and on the go - all you need is imagination and creativity. The micro:bit is completely programmable. That means each of its LEDs can be individually programmed as can its buttons, inputs and outputs, accelerometer, magnetometer and Bluetooth Smart Technology.
- Microprocessor: 32-bit ARM® Cortex™ M0 CPU
- A 5x5 LED matrix with 25 red LEDs to light up and can display animiated patterns, scrolling text and alphanumeric characters
- Two programmable buttons. Use them as a games controller, or control music on a smart phone
- On-board motion detector or 3-AXIS digital accelerometer that can detect movement e.g. shake, tilt or free-fall
- A built-in compass, 3D magnetometer to sense which direction you're facing and your movement in degrees and detect the presence of certain metals and magnets
- Bluetooth® Smart Technology. Connect the micro:bit to other micro:bits, devices, phones, tablets, cameras and other everday objects
- 20 pin edge connector: This allows the micro:bit to be connected to other devices such as Raspberry Pi, Arduino, Galileo and Kano through a standard connector
- Micro-USB controller: This is controlled by a separate processor and presents the micro:bit to a computer as a memory stick
- Five Ring Input and Output (I/O) including power (PWR), ground (GRD) and 3 x I/O.
- System LED x 1 (yellow)
- System push button switch x 1
Applications
- Embedded Design & Development
- Education
What's in the box?
20 x micro:bit V2.2 board
20 x USB cable
20 x 2xAA OR 2xAAA Battery holder depending on availability
40 x Duracell Alkaline AA or AAA batteries depending on battery holder
Resources
Using the micro:bit V2.2
Sensors
The micro:bit V2.2 has no less than six sensors onboard to create awesome projects:
More Resources
The BBC micro:bit is a pocket-sized computer that introduces you to how software and hardware work together. It has an LED light display, buttons, sensors, a speaker, microphone and many other input/output features that, when programmed, let it interact with you and your world.
Visit What is the micro:bit? to find out more or explore all the features in depth through short videos.
You will need a computer, tablet or phone to write and send code to the micro:bit, but once the code is on the micro:bit it works as a standalone device with just the battery pack. Visit getting started for support taking your first steps with the micro:bit.
The Micro:bit Educational Foundation produces free coding tools and teaching resources to support you as you explore the potential of the micro:bit:
- Choose your perfect programming tool in Let's Code:
- Run whole class coding sessions easily with micro:bit classroom
- Teach block-based coding with Microsoft MakeCode or text-based coding with the micro:bit Python Editor
- Explore our free resources for teachers including:
- Quick projects for beginners and more advanced users
- Curriculum-linked lessons and units of work
- Professional development courses and events like webinars and code-alongs
- Classroom resources such as student handouts, reward certificates and posters
As well as givings students a hands-on approach to coding, the micro:bit is an engaging classroom tool that gives students confidence to try new things and get creative with technology.
You will find loads of info, lessons, projects and other resources at https://microbit.org/get-started/first-steps/introduction/
Are you a teacher that need assistance or material to improve your classes? Have a look at the free resources for teachers

micro:bit V2 is a brand new, super-charged version of the popular pocket-sized codeable computer, brought bang up to date with a microphone, speaker and upgraded processing capabilities.
With over four times the processing power and eight times as much RAM as the original micro:bit this new model opens up a world of new possibilities! We're especially excited about how well MicroPython will run on the new model where previously the limited RAM was a struggle.
Features- Upgraded processor (nRF52833)
- 64MHz Arm Cortex-M4 FPU (over 4 times faster!)
- 512KB Flash storage on board
- 128KB RAM
- MEMS Microphone with LED indicator and on-board speaker
- 5x5 LED matrix display
- Touch sensitive logo "button"
- Accelerometer/compass
- Light and temperature sensors
- Sleep/off mode for batteries powered projects (w/ LED indicator)
- Up to 200mA of current for external accessories
- Bluetooth 5.0 radio allowing micro:bits to talk to each other
- Notched edge connector (easier to connect things like crocodile clips and conductive thread)
- Dimensions: 52mm x 42mm x 11.7mm
It's the same shape and size so should be already familiar to countless teachers and learners, and also compatible with the vast majority of add-on boards and accessories.
It's programmed with beginner friendly, drag and drop interface MakeCode with the option to progress into MicroPython later on, opening up even more programming possibilities!
It's packed with inputs, outputs, sensors and radio communication features that can be combined into and endless variety of projects.
Inputs and outputs: An important part of any computer system. As a very small computer, the BBC micro:bit has plenty of inputs and outputs to learn about and use.
LEDs: An LED, or light-emitting diode is an output device that gives off light. Your BBC micro:bit has a display of 25 LEDs for you to program.
Buttons: A very common input device. Your micro:bit has two "clicky" buttons and a touch sensitive button you can program, and a reset button.
Radio: A way of sending and receiving messages and BBC micro:bits can use radio waves to communicate with each other.
Accelerometer: A motion sensor that measures movement. The accelerometer in your BBC micro:bit detects when you tilt it left to right, backwards and forwards and up and down.
Compass: An input sensor that detects magnetic fields. Your BBC micro:bit has an inbuilt compass that can detect the direction in which it is facing.
Light sensor: An input device that measures light levels. Your BBC micro:bit uses the LEDs to sense the levels of light and lets you program your micro:bit as a light sensor.
Temperature sensor: An input device that measures temperature. Your BBC micro:bit has a temperature sensor inside the processor which can give you an approximation of the air temperature.
Pins: On the bottom edge of your BBC micro:bit there are 25 gold strips, called pins. These pins allow you to really get creative. You can create circuits, connect external things like buzzers and motors and make your own fun projects.
Sound: Your BBC micro:bit can be programmed to make a wide variety of sounds - from single notes, tones and beats to your own musical compositions.
What's in the box?
1 x micro:bit V2.2 board
1 x micro B USB Cable for programming
You will need....
- Computer/laptop with Internet access
Resources
Using the micro:bit V2.2Sensors
The micro:bit V2.2 has no less than six sensors onboard to create awesome projects:
More Resources
The BBC micro:bit is a pocket-sized computer that introduces you to how software and hardware work together. It has an LED light display, buttons, sensors, a speaker, microphone and many other input/output features that, when programmed, let it interact with you and your world.
Visit What is the micro:bit? to find out more or explore all the features in depth through short videos.
You will need a computer, tablet or phone to write and send code to the micro:bit, but once the code is on the micro:bit it works as a standalone device with just the battery pack. Visit getting started for support taking your first steps with the micro:bit.
The Micro:bit Educational Foundation produces free coding tools and teaching resources to support you as you explore the potential of the micro:bit:
- Choose your perfect programming tool in Let's Code:
- Run whole class coding sessions easily with micro:bit classroom
- Teach block-based coding with Microsoft MakeCode or text-based coding with the micro:bit Python Editor
- Explore our free resources for teachers including:
- Quick projects for beginners and more advanced users
- Curriculum-linked lessons and units of work
- Professional development courses and events like webinars and code-alongs
- Classroom resources such as student handouts, reward certificates and posters
As well as givings students a hands-on approach to coding, the micro:bit is an engaging classroom tool that gives students confidence to try new things and get creative with technology.
You will find loads of info, lessons, projects and other resources at https://microbit.org/get-started/first-steps/introduction/
Are you a teacher that need assistance or material to improve your classes? Have a look at the free resources for teachers

micro:bit V2 is a brand new, super-charged version of the popular pocket-sized codeable computer, brought bang up to date with a microphone, speaker and upgraded processing capabilities.
With over four times the processing power and eight times as much RAM as the original micro:bit this new model opens up a world of new possibilities! We're especially excited about how well MicroPython will run on the new model where previously the limited RAM was a struggle.
Features- Upgraded processor (nRF52833)
- 64MHz Arm Cortex-M4 FPU (over 4 times faster!)
- 512KB Flash storage on board
- 128KB RAM
- MEMS Microphone with LED indicator and on-board speaker
- 5x5 LED matrix display
- Touch sensitive logo "button"
- Accelerometer/compass
- Light and temperature sensors
- Sleep/off mode for batteries powered projects (w/ LED indicator)
- Up to 200mA of current for external accessories
- Bluetooth 5.0 radio allowing micro:bits to talk to each other
- Notched edge connector (easier to connect things like crocodile clips and conductive thread)
- Dimensions: 52mm x 42mm x 11.7mm
It's the same shape and size so should be already familiar to countless teachers and learners, and also compatible with the vast majority of add-on boards and accessories.
It's programmed with beginner friendly, drag and drop interface MakeCode with the option to progress into MicroPython later on, opening up even more programming possibilities!
It's packed with inputs, outputs, sensors and radio communication features that can be combined into and endless variety of projects.
- Inputs and outputs: An important part of any computer system. As a very small computer, the BBC micro:bit has plenty of inputs and outputs to learn about and use.
- LEDs: An LED, or light-emitting diode is an output device that gives off light. Your BBC micro:bit has a display of 25 LEDs for you to program.
- Buttons: A very common input device. Your micro:bit has two "clicky" buttons and a touch sensitive button you can program, and a reset button.
- Radio: A way of sending and receiving messages and BBC micro:bits can use radio waves to communicate with each other.
- Accelerometer: A motion sensor that measures movement. The accelerometer in your BBC micro:bit detects when you tilt it left to right, backwards and forwards and up and down.
- Compass: An input sensor that detects magnetic fields. Your BBC micro:bit has an inbuilt compass that can detect the direction in which it is facing.
- Light sensor: An input device that measures light levels. Your BBC micro:bit uses the LEDs to sense the levels of light and lets you program your micro:bit as a light sensor.
- Temperature sensor: An input device that measures temperature. Your BBC micro:bit has a temperature sensor inside the processor which can give you an approximation of the air temperature.
- Pins: On the bottom edge of your BBC micro:bit there are 25 gold strips, called pins. These pins allow you to really get creative. You can create circuits, connect external things like buzzers and motors and make your own fun projects.
- Sound: Your BBC micro:bit can be programmed to make a wide variety of sounds - from single notes, tones and beats to your own musical compositions.
1 x micro:bit V2.2 board
You will also need...
- microB USB Cable for programming
- Computer/laptop with Internet access
Resources
Using the micro:bit V2.2
Sensors
The micro:bit V2.2 has no less than six sensors onboard to create awesome projects:
More Resources
The BBC micro:bit is a pocket-sized computer that introduces you to how software and hardware work together. It has an LED light display, buttons, sensors, a speaker, microphone and many other input/output features that, when programmed, let it interact with you and your world.
Visit What is the micro:bit? to find out more or explore all the features in depth through short videos.
You will need a computer, tablet or phone to write and send code to the micro:bit, but once the code is on the micro:bit it works as a standalone device with just the battery pack. Visit getting started for support taking your first steps with the micro:bit.
The Micro:bit Educational Foundation produces free coding tools and teaching resources to support you as you explore the potential of the micro:bit:
- Choose your perfect programming tool in Let's Code:
- Run whole class coding sessions easily with micro:bit classroom
- Teach block-based coding with Microsoft MakeCode or text-based coding with the micro:bit Python Editor
- Explore our free resources for teachers including:
- Quick projects for beginners and more advanced users
- Curriculum-linked lessons and units of work
- Professional development courses and events like webinars and code-alongs
- Classroom resources such as student handouts, reward certificates and posters
As well as givings students a hands-on approach to coding, the micro:bit is an engaging classroom tool that gives students confidence to try new things and get creative with technology.
The MonkMakes Relay for micro:bit is a solid-state (no moving parts) relay that allows an output of a micro:bit to turn things on and off.
A micro:bit can turn an LED on and off directly, but anything more powerful requires something like a relay or a transistor. Using a transistor to switch something on and off requires a shared ground connection with the micro:bit and a knowledge electronics that you or your students may not be ready for. The MonkMakes Relay for micro:bit is much easier to use, acting like a simple micro:bit controlled switch.
This relay can be used to switch low voltage devices such as light bulbs, a motor, a small heating element or even a string of 12V LED lighting. The voltage needs to be kept under 16V, but the relay will automatically protect itself against too much current.
FEATURES
- Solid-sate relay (up to 2 Amps)
- Active LED indicator
- Resettable ‘polyfuse’ to protect against over-current
What's in the box?
1 x relay for micro:bit
Resources
Getting Started with your micro:bit
Connecting your micro:bit
The Relay requires just two connections to the micro:bit. One to GND (ground) and one to whatever pin is to be used to control the relay’s switching action.
When attaching the alligator clips to the micro:bit, make sure that the clips are perpendicular to the board so that they are not touching any of the neighbouring connectors on the micro:Bit edge connector.
Here’s an example of how you could wire up a MonkMakes Relay for micro:bit to turn an old fashioned light bulb on and off.
HEX File
The quickest way to try out your relay is to DOWNLOAD THIS HEX FILE >and then copy it onto your micro:bit. The program will turn the relay on and off once a second.
JavaScript Blocks Editor
Set the controlling pin to 1 and the relay contacts will close, set it to 0 and the contacts will open again. Its as simple as that. So, to make your relay turn on and off once a second, open the Blocks Editor, add a forever block and then the digital write blocks from the pins category and the pauses from the basic category.
MicroPython
Paste the following code into the Python window and then Download the file and copy it onto your your micro:bit.
from microbit import *
while True:
pin0.write_digital(True)
sleep(500)
pin0.write_digital(False)
sleep(500)
Analog Outputs
The latest MonkMakes Relay for micro:bit can do more than just switch things on and off. It can also be used with micro:bit analog outputs. Look closely at your Relay for micro:bit and is it has the version number v1ev (under the word ‘Board’) then it can be used with the ‘analog write’ block in the blocks editor or the ‘write_analog’ function in MicroPython. If your board has the version number v1e then it is not suitable for use with analog outputs – sorry you were unlucky to get one of the small batch of first boards to be sold.
The output of the Relay for micro:bit is not linear at low PWM and high PWM values as the following chart illustrates.
The y-axis shows the current in mA for a test load resistor supplied from a constant voltage source. The x-axis is the analog write value (0 to 1023). As you can see, there is a dead zone up to a analog output value of about 100, followed by a relatively good linear region right up to about 1000, after which the output effectively becomes ‘on’.
The tests were carried out at the default PWM frequency of 50Hz for the micro:bit. Lower frequency PWM is expected to produce more linear results.
Description:
The MonkMakes Sensor Board for micro:bit allows you to sense sound level, temperature and light level.
Features
- 3V and GND connections can be made from either side and allow you to power a second board such as the MonkMakes Relay Board or MonkMakes Speaker.
- LED ‘power on’ indicator
- Reverse polarity protection
- All three sensors are analog and can be connected to pins P0, P1 and P2 using alligator clips.
Getting Started
Connecting to your micro:bit
You only have to wire up the sensors that you are actually using, but you could wire all the sensors up as shown below. The code examples below assume that pin 0 is used for sound, pin 1 for temperature and pin 2 for light. You can use any pin for any of the sensors, but remember to modify the code to match the pin you are using.
Sound
The Sensor for micro:bit uses a MEMs (microphone on a chip) and a pre-amplifier. The output of the sound sensor is connected to an analog input where it can be sampled. The sound signal varies about the 1.5V level. So, silence will produce an analog output of around 1.5V. When there is sound the analog readings will oscillate above and below the 1.5V level like this:
This is why 511 is subtracted from the readings in the code examples below.
JavaScript Blocks Editor
Here is an example of using the Sensor Board to display a bargraph to indicate the sound level. Click on the image below to try it out. Making a noise into the microphone will make the LEDs dance.
MicroPython
from microbit import *
def bargraph(a):
display.clear()
for y in range(0, 5):
if a > y:
for x in range(0, 5):
display.set_pixel(x, 4-y, 9)
while True:
sound_level = (pin0.read_analog() - 511) / 100
bargraph(sound_level)
Temperature
The Sensor for micro:bit uses a thermistor to measure temperature. The temperature output from the board is a voltage that indicates the temperature. This is then measured using an analog input on the micro:bit.
The calculations for converting this voltage reading to an actual temperature are quite complicated and so the code examples here will only give a rough idea of temperature.
If you want your temperatures in Fahrenheit, then multiply the temperature in degrees C by 9, divide the result by 5 and then add 32.
JAVASCRIPT BLOCKS EDITOR
This is an example of using the Sensor Board to display the temperature, try putting your finger on the temperature sensor to warm it up. You can run the example below by clicking on it.
MicroPython
from microbit import *
while True:
reading = pin1.read_analog()
temp_c = int(reading / 13.33 - 14)
display.scroll(str(temp_c))
sleep(500)
Light
The light sensor uses a phototransistor to measure the light level and produces an output voltage that increases as the light level increases. Here is a guide to the kind of light level you might get from the sensor under different conditions (0 to 1023).
- Dark 0 to 3
- Dimly lit room 6 to 10
- Indoors directly under a light 10 to 50
- Outdoors (dull day) 100 to 200
- Outdoors (sunny day) 800 to 900
Even though the maximum analog read value is 1023, the maximum reading from this sensor is around 900.
JAVASCRIPT BLOCKS EDITOR
Here is an example of using the Sensor Board to display a bargraph to indicate the light level. Click on the image below to try it out. Put your finger over the light sensor to make it dark or shine a flash-light onto it to make more LEDs light up.
MicroPython
from microbit import *
def bargraph(a):
display.clear()
for y in range(0, 5):
if a > y:
for x in range(0, 5):
display.set_pixel(x, 4-y, 9)
while True:
light_level = pin2.read_analog() / 10
bargraph(light_level)
The MonkMakes Speaker for micro:bit is a neat little amplified speaker that connects to your micro:bit using alligator clips.
Features
- Amplified output
- LED ‘power on’ indicator
- Reverse polarity protection
Getting Started
Connecting to your micro:bit
Connect the Speaker to the micro:bit as shown below. When attaching the alligator clips to the micro:bit, make sure that the clips are perpendicular to the board so that they are not touching any of the neighbouring connectors on the micro:Bit edge connector.
HEX File
The quickest way to try out your speaker is to DOWNLOAD THIS HEX FILE and then copy it onto your micro:bit. Press Button A to hear a tune being played.
JavaScript Blocks Editor
Visit the Blocks Editor in your browser and then from the input section add an on button A pressed block then from the music section add a start melody block and select the tune you want to play (in this case, entertainer).
Click Download and then copy the file onto your micro:bit.
You can also make a simple musical instrument, using this tutorial: https://makecode.microbit.org/projects/hack-your-headphones/code
MicroPython
Paste the following code into the Python window and then Download the file and copy it onto your your micro:bit
from microbit import *
import music
while True:
if button_a.was_pressed():
music.play(music.ENTERTAINER)
When you press button A you will hear the tune “The Entertainer” play through the speaker.
Watch the video: https://youtu.be/mu4klw-N8sw
This pre-built Edge Connector Breakout Board for the micro:bit gives access to all the important pins on the bottom edge of the micro:bit.
Looking to do more with your micro:bit? Unlock its potential with this pre-built version of our Edge Connector Breakout Board! This breakout board has been designed to offer an easy way to connect additional circuits and hardware to the pins on the edge of the micro:bit. It provides access to all of the micro:bit processor pins allowing a lot of extra functionality to be added. The datasheet (below) includes a helpful diagram explaining the function of every pin on the micro:bit.
This Edge Connector Breakout Board for the micro:bit gives access to all of the important pins on the bottom edge of the micro:bit. 21 pins are broken out in total; providing additional I/O lines, direct access to buttons A and B, the LED matrix outputs and the I2C bus. Please refer to the datasheet below for more details.
The micro:bit pins are broken out to a row of pin headers. These provide an easy way of connecting circuits using jumper wires. The SCL and SDA pins are separated at the edge of the board (solder pads) providing easy identification. The PCB includes a prototyping area with 3V, 0V and unconnected rows that can be soldered to. This allows the easy connection of switches, sensors and any pull-up or pull-down resistors etc. as required.
To use the breakout board the micro:bit should be inserted firmly into the connector as shown below:
Note:
- This product is supplied with straight double row PCB pin headers already soldered to the breakout board
Features:
- Features a dedicated pin strip for quick and easy prototyping
- Breaks out 21 pins from the edge of the micro:bit
- Dedicated prototyping area with 3V and 0V rows
- Labelled pins and clear, straightforward documentation
Contents:
- 1 x Edge Connector Breakout Board for the micro:bit, pre-built
Dimensions:
- Length: 60mm
- Width: 40mm
- Height: 11.8mm
Video available at https://youtu.be/bzm4zepbGAc
Requires:
- 1 x micro:bit
Resources:
pin:bit breaks out all of the useful pins from your micro:bit into breadboard format while providing handy-dandy labels to make your builds go smoothly.
It's ideal for building small circuits on a breadboard, and for exploring what different types of components like LEDs, buttons, and analog sensors do and how they work.
Just slot in your micro:bit and then hook up to its pins with a breadboard or by connecting jumpers directly. We've broken out every spare pin on the micro:bit that isn't shared with the LED matrix, so your projects won't interfere with the built-in functionality.
- Comes fully-assembled and ready to use
- Pins exposed:
- 3V and GND
- Analog channels 0, 1, and 2 (these are the large pads on your micro:bit)
- I2C bus interface
- SPI bus interface
- GPIO pins 0, 1, 2, 5, 8, 11, 13, 14, 15, 16, 19, and 20
- Plugs straight into your breadboard (not included)
- Compatible with micro:bit (not included)
- No soldering required!
This AlphaBot2 robot kit is designed to use with the BBC micro:bit (not included). It features rich common robot functions including line tracking, obstacle avoiding, ultrasonic ranging, Bluetooth/2.4G remote control, etc.
Thanks to the highly integrated modular design, it is fairly easy to assemble by a snap, no soldering, no wiring. After a few minutes spent on hardware assembling, you're almost there, our open source demo codes is ready to help you get started fast.
AlphaBot2 FeaturesAlphaBot2 employs a 2-layer structure to provide excellent stability and compatibility.
AlphaBot2-Base, the lower base chassis:
- 5-ch infrared sensor, analog output, combined with PID algorithm, stable line tracking
- Onboard modules like line tracking, obstacle avoiding, needs no messy wiring
- TB6612FNG dual H-bridge motor driver, compared with L298P, it's more efficient, more compact, and less heating
- N20 micro gear motor, with metal gears, low noise, high accuracy
- Onboard RGB LEDs, true color lighting, pretty cool
AlphaBot2 for micro:bit, the upper adapter board for controller:
- micro:bit dedicated connector, for easily connecting with the micro:bit
- MP1584 voltage regulator, provides stable 5V output
- RT9193-33 voltage regulator, provides stable 3.3V voltage to the micro:bit
- TLC1543 AD acquisition chip, allows the micro:bit to use analog sensors
- PCA9685 PWM control chip, I/O expander
- Onboard buzzer to play music
What's on the AlphaBot2-Base

- AlphaBot2 control interface: for connecting sorts of controller adapter board
- Ultrasonic module interface
- Obstacle avoiding indicators
- Omni-direction wheel
- ST188: reflective infrared photoelectric sensor, for obstacle avoiding
- ITR20001/T: reflective infrared photoelectric sensor, for line tracking
- Potentiometer for adjusting obstacle avoiding range
- TB6612FNG dual H-bridge motor driver
- LM393 voltage comparator
- N20 micro gear motor reduction rate 1:30, 6V/600RPM
- Rubber wheels diameter 42mm, width 19mm
- Power switch
- Battery holder: supports 14500 batteries
- WS2812B: true color RGB LEDs
- Power indicator

- micro:bit connector
- AlphaBot2-Base header: for connecting with the base board
- RT9193-33: 3.3V voltage regulator, stable power supply for the micro:bit
- PCA9685: PWM control chip, I/O expander, I2C interface
- TLC1543: 10-bit AD acquisition chip, allows the micro:bit to use analog line tracking sensor
- Buzzer
- MP1584 5V voltage regulator

Wiki : www.waveshare.com/wiki/AlphaBot2_for_micro:bit
Note: this product requires two 14500 batteries to work, which are NOT included and should be purchased separately.
Note: the controller micro:bit is NOT included.
AlphaBot2 for micro:bit Acce Pack- AlphaBot2 for micro:bit (adapter board) x1
- AlphaBot2-Base (base chassis) x1
- Ultrasonic sensor x1
- FC-20P cable 8cm x1
- USB type A plug to micro B plug cable x1
- AlphaBot2 for micro:bit screws x1
- Screwdriver x1
The MonkMakes Servo for micro:bit board provides a really easy way to attach up to three servomotors to a BBC micro:bit. The board requires a power supply or battery pack to provide 5 or 6V to the servomotors. It includes a voltage regulator that will supply 3V back to the micro:bit, so that you don’t have to power it separately.
Features- Header pins for three servo motors
- Up to 2A total can be supplied to the servo motors
- Regulated 3V output to power your micro:bit
- Polarity protection for the servomotors
- Electrolytic reservoir capacitor for the servomotors
- 1kΩ series resistors to the control signals to prevent accidental sort-circuits of the micro:bit’s output pins.
- Orange LED to indicate that the Servo for micro:bit board has power.
What's in the box?
1 x servo for micro:bit
Resources
Connections
The picture below shows a typical setup using the Servo for micro:bit board.
The following connections have been made:
- 3 x servomotors plugged into header pins. These need to be the right way around, with the control signal (yellow or orange wire) to the left (pins marked c).
- Alligator clip lead from GND on the micro:bit to GND on the Servo for micro:bit board.
- Optional alligator clip lead from 3V on the micro:bit to 3V on the Servo for micro:bit board. You only need this if you want to power the micro:bit from the same battery pack as the servomotors. If you want to power the micro:bit over USB or the JST battery connector then you do not need this connection.
- Alligator clip leads between P0, P1, P2 on the micro:bit to the Servo for micro:bit board. These need to match up with the servomotors you are using, so if you only need the board for one servomotor, then just connect P0 on the micro:bit to P0 on the Servo for micro:bit and make sure that there is a servomotor attached to the header pins marked 0.
- Power to the screw terminal on the Servo for micro:bit. Typically this will be a 4xAA battery pack or other power supply. Make sure that the positive lead goes to the screw terminal marked with a
Test Software
To check that everything is working, this Blocks code project will get you started. Flash it onto your Servo for micro:bit and the servo arms should all start waggling in a random manner. You can see a video of this in action here.
The servo write pin block allows you to set the angle of the servomotor’s arm between 0 and 180 degrees. Note that servomotors, will not usually travel a full 180 degrees so you may find the actual range is more like 10 to 170 degrees.
Just slot in your micro:bit, then code automation:bit with the block-based Microsoft MakeCode editor. Hook up buttons to the inputs, use the built-in buttons on micro:bit, or the light-sensing capability of the LED matrix to control devices connected to automation:bit. Or why not use a second micro:bit's radio function as a remote control?
WARNING! automation:bit should not be used with voltages greater than 24V and especially not with mains voltages!
- Comes fully-assembled and ready to use
- 1 x 24V @ 2A relay (NC and NO terminals)
- 3 x ADC channels (0-24V range)
- 3 x 24V tolerant buffered inputs
- 3 x 24V tolerant sinking outputs
- 3.5mm screw terminals
- Compatible with micro:bit
- Microsoft MakeCode support
- No soldering required!
You can code automation:bit with the block-based Microsoft MakeCode editor, that'll get you started with using all of automation:bit's functionality.
To add the automation:bit library in MakeCode, click on the cog at the top right hand corner, then "Add Package", then enter the URL "https://github.com/pimoroni/pxt-automationbit". You can find full instructions at the GitHub repository for the library.
What's in the box?
1 x automation:bit
This is a colorful display module designed for the BBC micro:bit, 1.8inch diagonal, 160x128 pixels, capable of displaying 65K colors.
Tired of the 5x5 LED matrix? Time to get a tiny monitor for your micro:bit, this one would be the ideal choice.
- micro:bit edge connector, directly pluggable
- Embedded driver ST7735S, supports 65K colors
- Onboard SRAM 23LC1024, used as display cache, no more out of memory
- SPI interface, takes up only a few IO pins
- Backlight adjustment via PWM
- Reserved solder pads for control interface, make it easy to connect with Arduino/Nucleo boards
- Comes with development resources (micro:bit graphical demo/user manual, etc.)
Specifications
- Driver: ST7735S
- Resolution: 160x128
- Display color: RGB, 65K colors
- Operating voltage: 3.3V
- Dimension: 61mm x 51.5mm
Pinouts
PIN | micro:bit PIN | DESCRIPTION |
---|---|---|
3V3 | 3V3 | Power |
GND | GND | Ground |
MISO | P14 | SPI data master input/slave output |
MOSI | P15 | SPI data master output/slave input |
SCK | P13 | SPI clock input |
LCD_CS | P16 | LCD chip selection |
RAM_CS | P2 | SRAM chip selection |
DC | P12 | LCD data/command |
RST | P8 | LCD reset |
BL | P1 | LCD backlight |
Dimensions

What's in the box?
1 x 1.8inch LCD for micro:bit
Resources
As micro:bit is gaining traction in this region, powering it is a must :)
If you are new to micro:bit, it is a powerful embedded platform or microcontroller board with easy to get started features, even easier than Arduino. It can be powered by USB micro B when loading the program, or you can use 2 x AAA batteries. So here comes the battery holder for this microcontroller.
This is a 2 x AAA battery holder for micro:bit with cover and ON/OFF slide switch. Neat!
Note: Battery & micro:bit is not included.
Features
- Terminated with 2-way JST connector, match with battery input on
- micro:bit
- Holder for 2 x AAA batteries
- ON/OFF slide switch
- Comes with cover
What's in the box?
1 x Battery Holder with On/Off Switch
Need batteries? You will find our battery selection here
The MonkMakes Connector for micro:bit makes it super-easy to connect I2C, SPI and other devices to your micro:bit without losing the main connector rings.
Unlike other connectors that are designed to break-out all the micro:bit pins, this connector just breaks out the useful ones that are not in use by the micro:bit for other purposes.
And most importantly, you don't lose access to the micro:bit's normal connector rings.
Specifications
What's in the box ?
1 x Connector for micro:bit (micro:bit not included)
The MonkMakes Slider for micro:bit allows you to interact with your micro:bit by sliding a control left and right.
The board uses a 10kΩ linear variable resistor (pot) to output a voltage between 0 and 3V that can be measured in your micro:bit programs using one of the micro:bit connections as an analog input.
The kit includes the Slider for micro:bit itself plus a set of 5 alligator clip leads.
Specifications
What's in the box ?
1 x 3v Slider
5 x crocodile clip leads
You might also need....
micro:bit not included
Resources
- Instructions (PDF)
- Data Sheet (PDF)
- Lesson Plans (Google file share)
(* micro:bit not included)
The MonkMakes RGB LED for micro:bit can be used to make any Colour by controlling the red green and blue levels. Handily mounted on a PCB it connects to the micro:bit using alligator clips.
Connect it up with alligator clips and then use the three outputs of your micro:bit to control the red, green and blue channels to mix up any color of light you want.Features:
• Easy to connect
• Powered directly from micro:bit pins
• Useful for teaching color mixing.
Specifications:
Each LED channel has a 1kΩ series resistor to limit the current.

What's in the box ?
1 x RGB LED For micro:bit

(*micro:bit not included )

A LiPo battery and charger board that charges automatically while you use your micro:bit! This neat solution to your micro:bit’s power needs comes with an acrylic layer enclosure to protect your micro:bit and the Charger for micro:bit.
Features:
•Program your micro:bit and charge at the same time
• Once charged the Charger for micro:bit can power your micro:bit for up to 20 hours using its rechargeable built-in LiPo battery
• Acrylic case to protect your micro:bit and Charger for micro:bit
• On/off switch
• Full charge indicator LED
Specifications:

Resources:
- Instructions (PDF)
- DataSheet (PDF)


(* micro:bit not included)

(*micro:bit not included)
The 7-segment for micro:bit is a four digit 7-segment display for micro:bit. You can use it to display numbers, but it can also display letters and other characters, albeit with the limits imposed by the 7 segments of each digit.
Powered directly from micro:bit pins it can be used to send messages to the display using the micro:bit’s Serial blocks.
Please note that this version of the 7-Segment for micro:bit uses a red LED display rather than the green display of earlier versions.
Specifications:
The 7-segment for micro:bit is a four digit 7-segment display for micro:bit.
You can use it to display numbers, but it can also display letters and other characters, albeit with the limits imposed by the 7 segments of each digit.
• Low power high brightness LEDs
• Serial interface using a single micro:bit pin
• ATTiny816 preloaded firmware
What's in the box ?
1 x 7-Segment for micro:bit
Resources:
Instructions (PDF)
Datasheet (PDF)
(* Micro:bit, Sensor board and jumpers NOT included*)