KITRONIK MICRO:BIT PROJECT KITS

The :MOVE mat line following and activity maps - A1 size is an accessory for :MOVE Motor, :MOVE mini and also the Edison V2 Robot. It can be used just for fun, or as part of a project in the classroom. The mat is double-sided, with a line following track on one side and a mock-up of a town on the other.

The line following side offers an attractive alternative to having to create a track by hand. No more fighting with a roll of tape and no more cleaning up adhesive residue afterwards. Level up your line following game today!

The town mock-up side provides a great place to set up traffic projects, where other props can be used. Things such as LAMP:bit, STOP:bit, and also ACCESS:bit can be utilised to great effect.

The mat is A1 in size, which is a generous 594mm x 841mm. When not in use it can either be stored flat or folded up.

Features:

A double-sided accessory mat for :MOVE Motor for micro:bit and Edison V2 robot.

Great for use at home and in the classroom.

On one side there is a line following track and on the other a town mock-up.

No more creating line following tracks with tape and no more clean-up afterwards.

Create town projects, utilising Kitronik traffic calming type props.

When not in use it can be stored flat.

Contents:

1 x :MOVE mat line following and activity maps - A1 size.

Dimensions:

Length: 841mm.

Width: 594mm.

Requires:
A suitable buggy, preferably with line following capabilities. Such as;

Kitronik :MOVE Motor for micro:bit

Edison V2.0 Robot

 

The :MOVE Motor Klaw provides a fun and easy to install addition to the Kitronik :MOVE Motor buggy for microbit. It has been carefully designed to have the ability to fit both vertically and horizontally with one bolt. Included are two types of Klaw attachments for each of these builds.

It is controlled by a low voltage servo which is included, this servo is used to open and close the Klaw. The voltage supply and control signal are all from the :MOVE Motor via the pin headers, simply connect the servo lead onto the pin headers.

The :MOVE Motor Klaw can be coded with MakeCode or with MicroPython and we have produced online guides to walk you through both. These guides can be found in the list of resources below along with the build instructions.

Features:

Easily add a gripping Klaw to :MOVE Motor.

Servo powered opening and closing with the servo included as a part of the kit.

Fit to :MOVE motor either horizontally or vertically.

Easy to assemble.

Code it with MakeCode or with MicroPython.

Contents:

1 x Mini 180 Degree Servo with accessories.

2 x M3 x 16mm Screws.

1 x M3 Steel Washer.

2 x M2 x 12mm Screws.

1 x M4 x 25mm Screw.

6 x Laser Cut Perspex Parts.

Printed assembly instructions.

Dimensions:

Overall Length: 115mm.

Closed Width: 70mm.

Open Width: 125mm.

Height w/servo: 38mm.

The ACCESS:bit is a bolt-on/clip-on board for the BBC microbit that simulates an access barrier. It includes a switch for turning the integrated 3xAAA battery supply on and off and also a buzzer for sound. The ACCESS:bit joins the family of transportation/pedestrian crossing micro:bit accessories, that also includes; the STOP:bit and LAMP:bit.

The ACCESS:bit is supplied with a single servo, a barrier, and all of the required fixings. Once the microbit has been fitted to the ACCESS:bit its LED matrix is fully visible and therefore can be used to display warning signals, stop/go symbols or as a light sensor for autonomous actions.

The ACCESS:bit has been designed to allow for connection to the micro:bit via the supplied M3 countersunk screws or via crocodile clips. For pinout information, please refer to the Datasheet below.

Kitronik has also produced a set of custom MakeCode editor blocks that make it possible to simplify the task of coding, thus opening up this activity to younger students.

To add the custom blocks to the MakeCode menu, select the cog in the top right of the editor. Then, select Extensions from the drop down menu. This will bring up the search box, search for Kitronik. Now, select the ACCESS:bit tile and the blocks will be added to the editor.

Note: This kit requires some mechanical assembly.

Features:

The ACCESS:bit is an accessory for the BBC micro:bit that simulates an access barrier.

It features and on/off switch, integrated battery cage and buzzer for sound.

The micro:bit can bolt-on/clip-on to the board.

It follows the same aesthetic as the STOP:bit and LAMP:bit.

It can be used in conjunction with the STOP:bit and LAMP:bit for larger projects.

Kitronik have created custom code blocks for the MakeCode Editor that are available as an Extension to the editor.

Contents:

1 x ACCESS:bit with integrated battery cage.

5 x M3 Countersunk screws and M3 nuts.

1 x 180 degree servo.

A single access barrier.

Dimensions::

Height: 89mm.

Max Width (with barrier fully extended): 125mm.

Max Depth (with servo affixed): 30mm.

PCB Thickness: 1.6mm.

Explore time, light, and also sound with the Kitronik Alarm Clock Kit, a fun and hands-on introduction to the ZIP Halo HD.

Kitronik Alarm Clock Kit: The Kitronik Alarm Clock Kit with ZIP Halo HD for microbit provides a fun introduction to features of Halo HD. This kit features a modified version of Halo HD, all of the parts required to build the clock, and also power accessories. We have included an easy-to-follow tutorial book which will guide you through building your clock. Additionally, there are online tutorials within MakeCode. The modified version of Halo HD changes are as follows; power is now provided via a 2.1mm barrel jack connection and there is also a coin cell holder fitted to the rear of the board. When a 1220 coin cell battery is inserted, it will then provide power to the RTC chip when no power is being supplied to Halo HD.

ZIP Halo HD : The Kitronik Halo HD board for the BBC micro:bit incorporates 60 individually addressable full-colour ZIP LEDs. It also breaks out P1/P2 to a standard 0.1” footprint, it features a MEMS mic for detection of sound, and a buzzer to play sound. It also features an onboard real-time clock (RTC). The board has M3 mounting holes for a more sturdy project. Kitronik has created custom blocks for the ZIP Halo HD for use with MakeCode. To add these blocks; Under the “Advanced” section click on “Extensions”. In the next window search for “Halo HD”. Then, click on the tile to import it into MakeCode. You will see that the blocks are split across three categories; ZIP LEDs, Microphone and Clock. For those requiring more of a challenge, the Alarm Clock Kit kit can also be coded with MicroPython.

The ZIP Halo HD supplied with this kit is powered via a 2.1mm Barrel jack connection. The kit is supplied with a 3 x AA Battery Cage with Lead and 2.1mm DC jack. The adapter cable is for use with a separate power supply (not included). A regulated supply is produced on the board to power the connected BBC micro:bit. Halo HD has also been fitted with an ON/OFF switch, switch it off when not in use and the onboard coin cell will keep the memory of the RTC chip alive.

NOTE:Ensure that when using a power supply that it is rated for at least 1A and 5V.

Kitronik Alarm Clock Kit Features:

Learn how to create & then code exciting projects that explore time, light & sound.

The kit is backed up by a range of fun tutorials that introduce you to the exciting features of the Alarm Clock Kit.

All of the tutorials and resources are free.

No soldering required and mechanical assembly is super simple.

The board features CR1220 3V coin cell battery holder that acts as a clock battery backup for the RTC chip when a battery is inserted.

The backup battery can last for up to 2 years. Experiences may vary from battery to battery and also from situation to situation.

ZIP Halo HD for microbit Features:

The board features 60 individually addressable full-colour ZIP LEDs.

P1 and P2 are broken out to a standard 0.1” footprint.

It includes a MEMS microphone and a piezo buzzer.

It has an onboard Real-time clock (RTC)).

The On/off switch helps you maximise battery life, CR1220 3V coin cell will then protect the RTCs memory.

Code it with MakeCode using Kitronik custom blocks.

It can also be coded with MicroPython.

M3 Mounting holes, for more secure projects.

Contents:

1 x Kitronik Halo HD for BBC micro:bit.

4 x 8mm M3 machine screws.

1 x Set of laser cut Perspex stand parts.

1 x CR1220 3V coin cell battery.

2 x Plastic spacers.

3 x AA Battery Cage with Lead and 2.1mm DC jack

A USB-B to 2.1mm jack cable, rated for 5V, 1.5A.

Getting started booklet.

A plastic reusable shipping and storage container.

Dimensions:

ZIP Halo HD Diameter: 87mm.

M3 Mounting Holes Spacing (Center to Center): 68.4mm.

Develop your coding skills with the Kitronik ARCADE, a fully featured programmable gamepad for use with the MakeCode Arcade block editor.

The MakeCode Arcade editor has been designed to allow everyone, from beginners to experienced game enthusiasts, to create retro arcade games to run in the browser or on handheld consoles. It consists of drag-and-drop blocks that snap together to form programs. You can also write your code in Javascript and Python! The Kitronik ARCADE is a handheld gaming platform designed specifically for use with the MakeCode Arcade editor, either write your own games and run them on ARCADE or download existing games and enjoy a fully-featured handheld gaming experience.

Onboard Features: The Kitronik ARCADE has been specifically designed to offer the perfect platform for running these games. It's packed full of features and has been ergonomically designed for comfort and ease of use. It features a full-colour LCD wide viewing angle screen, a piezo sounder for audio feedback, a vibration motor for haptic feedback, 6 gamer input buttons, a menu button, a reset button and an on/off switch. Everything you need for the perfect gaming experience. It also features a software volume control, a USB programming port, and 2 expansion ports for expert-level users.

For Education: The emphasis for MakeCode Arcade is Learning/Education and there are a wealth of resources available on the MakeCode Arcade website to facilitate this. There are; guided tutorials that walk you through creating simple games, more complex games that you can open and learn from, games written by community members that you can learn from, game concepts tutorials, tutorials that explore graphics and Maths, lesson plans, CS courses, printable coding cards for the classroom, video tutorials, and much more!

For Fun: Sometimes it's all about playing! ARCADE offers a fully-featured platform for an immersive handheld gaming experience. If coding isn't your thing and you just want to play, there are a wealth of games available on the MakeCode Arcade website that you are free to download and enjoy, with no learning/debugging required. Access to these games is free and more are being added by users continuously. Just browse for something you like, download it, and then sit back and enjoy the experience.

Features:

The Kitronik ARCADE is a feature-packed handheld gamepad for use with the Microsoft Arcade editor.

Write your own games to play or freely download games from the MakeCode Arcade website.

Use the wealth of educational material available to create a game from the ground up or tweak existing code and learn the open-source way.

It features a full-colour LCD wide viewing angle screen.

It has a piezo sounder for audio feedback.

Make use of the vibration motor for haptic feedback.

It also features; 6 gamer input buttons, a menu button, a reset button and an on/off switch.

There is also a software volume control, a USB programming port, and 2 expansion ports for expert-level users.

The ARCADE can be powered by either 3xAA batteries or via the micro USB connector.

Contents:

1 x ARCADE for MakeCode Arcade gamepad.

Laser-cut protective case parts and fixings.

Dimensions:

Length: 155mm.

Width (Max): 60mm.

Height (Max): 28.3mm.

Develop your coding skills with the Kitronik ARCADE for BBC micro:bit and MakeCode Arcade, a fully featured programmable gamepad for use with the MakeCode Arcade block editor. The Kitronik ARCADE for BBC micro:bit and MakeCode Arcade is a handheld gaming platform designed specifically for use with the BBC micro:bit and the MakeCode Arcade editor, either write your own games and run them on Arcade or download existing games. The MakeCode Arcade editor is a great way to learn to code games. It features simple snap-together blocks that allow the user to build simple games within minutes. The editor has been designed to allow everyone, from beginners to experienced game enthusiasts, to create games to run in the browser or on handheld consoles. It consists of drag-and-drop blocks that snap together to form programs. You can also write your code in Javascript and Python!

To help you get off to a flying start, we have created a Datasheet, which also doubles as a quick start guide. It comprises; a product brief, usage information, labelled and dimensioned drawings, and an introduction to coding with the MakeCode Arcade editor. The board features 4 directional d-pad buttons, 2 interactive action buttons for coding, a menu button and a full colour 1.77” screen. At the bottom of the BBC micro:bit Arcade are 5 croc-clippable pads for connecting additional switches and devices. These consist of the 3 BBC micro:bit pins (P0, P1 and P2) also a voltage pin and a ground (the same connections as the large pads on the BBC micro:bit. This allows for custom additions to the gamer. Sound is provided via the in-built sounder on the BBC micro:bit.

The Kitronik Arcade is powered by 3xAA batteries, with the battery holders located on the rear of the PCB. The battery holders also act as an ergonomic grip that makes it comfortable to use. The board also provides power to the connected micro:bit via the edge connector slot, removing the need to power the micro:bit separately. The Arcade has a power switch, but it is also possible to turn the Arcade off by simply removing or inserting the BBC micro:bit into the edge connector. There is a green power LED that lights up when the board has power, is switched on, and has a micro:bit inserted. The emphasis for MakeCode Arcade is Learning/Education and there are a wealth of resources available on the MakeCode Arcade website to facilitate this. There are; guided tutorials that walk you through creating simple games, more complex games that you can open and learn from, games written by community members that you can learn from, game concepts tutorials, tutorials that explore graphics and Maths, lesson plans, CS courses, printable coding cards for the classroom, video tutorials, and much more!

Note:

The Kitronik ARCADE for micro:bit is NOT supplied with a BBC micro:bit

Features:

The Kitronik ARCADE for micro:bit is a feature-packed handheld gamepad for use with BBC micro:bit V2 and the Microsoft Arcade editor.

Write your own games to play or freely download games from the MakeCode Arcade website.

Use the wealth of educational material available to create a game from the ground up or tweak existing code and learn the open-source way.

It features a full-colour LCD 1.77” screen.

It also features; 6 gamer input buttons, a menu button, on/off switch.

The ARCADE breaks out the 0, 1, 2, 3V, GND pins from the micro:bit edge connector to croc-clippable pads below the screen.

The ARCADE is powered by 3xAA batteries (Not supplied).

Contents:

1 x Kitronik ARCADE for BBC micro:bit and MakeCode Arcade gamepad.

Laser-cut protective case parts and fixings (supplied already fully assembled and fitted to ARCADE).

Dimensions:

Length: 150mm.

Width: 65mm.

Height: 22mm.

Requires:

BBC micro:bit V2.

3 x AA Batteries.

Microsoft MakeCode Arcade Editor.

1 x USB Type-A to Micro-B USB Noodle Cable.

The Kitronik Arcade for micro:bit is a handheld gaming platform that’s designed to elevate the functionality of your latest BBC micro:bit, by letting you write fun and educational games using the Microsoft MakeCode Arcade game editor.

Master Coding Through Play with the Kitronik ARCADE Max – A Programmable Gamepad for MakeCode Arcade

Take your first steps into game development with the ARCADE Max, a fully featured handheld gamepad designed for use with the MakeCode Arcade block editor. With its intuitive layout and large 2.4" full-colour screen, it delivers both comfort and immersive gameplay—ideal for learning through play.

The Kitronik ARCADE Max is an all-in-one handheld console built for educational and recreational use. Powered by Microsoft’s MakeCode Arcade editor, users can create, test, and enjoy their own 2D games. Whether you're exploring programming for the first time or diving deeper into game design, ARCADE Max is an engaging and hands-on tool to support the journey.

Develop your coding skills with the Kitronik ARCADE Max, a fully featured programmable gamepad for use with the MakeCode Arcade block editor. The classroom pack comes with 10 ARCADE Max gamepads, 10 USB noodle cables, a pack of 40 batteries, and is packaged in a reusable Gratnells tray.

Kitronik ARCADE Max Class Pack for Makecode Arcade has been specifically designed for use in the classroom, and comes with all the hardware you need to get straight to work. The class pack comes with 10 ARCADE Max gamepads, 10 USB noodle cables, a pack of 40 batteries, and is packaged in a reusable Gratnells tray. The Datasheet also serves as a quick start guide that introduces you to the features, the MakeCode Editor, and how to write and run code on the ARCADE Max.

The Kitronik ARCADE Max for Makecode Arcade is an all-in-one handheld gaming platform, that can help you learn how to program! It lets you write and play fun and educational games using the Microsoft MakeCode Arcade game editor. It's packed full of features and has been ergonomically designed for comfort and ease of use.

Each ARCADE Max features a large 2.4" full-colour LCD wide viewing angle screen, a piezo sounder for audio feedback, a vibration motor for haptic feedback, 7 fully programmable buttons (a direction pad, A & B action buttons and a menu button). It also features an onboard speaker, a haptic feedback vibration motor, and a touch acrylic protective case.

For Fun: Sometimes it's all about playing! ARCADE Max offers a fully-featured platform for an immersive handheld gaming experience. If coding isn't your thing and you just want to play, there is a wealth of games available on the MakeCode Arcade website that you are free to download and enjoy, with no learning/debugging required. Access to these games is free and more are being added by users continuously. Just browse for something you like, download it, and then sit back and enjoy the experience.

Power: The ARCADE Max can be powered by either 3xAA batteries or via the micro USB connector, with the battery holders located on the rear of the PCB. For best performance, use Alkaline batteries; otherwise, the display may appear dimmer than usual. If the screen dims when the speaker or vibration motor is active, replace the batteries with fresh Alkaline batteries.

Features:

The classroom pack comes with 10 ARCADE Max gamepads, 10 USB noodle cables, a pack of 40 batteries, and is packaged in a reusable Gratnells tray.

The Kitronik ARCADE Max is a feature-packed handheld gamepad for use with the Microsoft Arcade editor.

Write your own games to play or freely download games from the MakeCode Arcade website.

Use the wealth of educational material available to create a game from the ground up or tweak existing code and learn the open-source way.

It features a full-colour 2.4" LCD wide viewing angle screen.

It has a piezo sounder for audio feedback and a vibration motor for haptic feedback.

It also features; 7 gamer input buttons, a reset button and an on/off switch.

The ARCADE Max can be powered by either 3xAA batteries or via the micro USB connector.

Contents:

10 x Kitronik ARCADE Max for Makecode Arcade, with protective case.

10 x USB noodle cables

1 x 40 pack of batteries

Dimensions: Each ARCADE Max;

Length: 91mm.

Width: 75mm.

Height: 28mm.

Requires:

• Microsoft MakeCode Arcade Editor.

Resources:

• Datasheet.
• Hour of code Educators Guide & Teacher Resources.
• Access countless hours of tutorials, lesson plans and more at the MakeCode Arcade website.

This quick assemble box is a fantastic choice for housing your MP3 mono amplifier kit.

Perfect for those times when you want to do an electronics focused practical task without spending weeks on the enclosure. The box is supplied flat and folds up easily. When assembled there is compartment to house the speaker, a seperate compartment for the PCB and another for the batteries. The cardboard case can be painted, varnished, drawn on or covered with fabric creating a high quality sturdy enclosure quickly and effectively.

Note: Supplied as a single piece of cardboard that folds into a 3 compartment enclosure for your amplifier project. Supplied as a box of 20 individual Cardboard Mono Amplifier Cases.

Features:

Easy and quick to assemble.

Compact and simple 3 compartment design.

The plain cardboard is easy to decorate and personalise.

Contents:

20 x Cardboard Mono Amplifier Case (for Amp kit)

Dimensions: (when assembled)

Length: 78mm.

Width: 73mm.

Height: 74mm.

Spark creativity with the Kitronik Craft & Code for BBC micro:bit! This engaging kit, ideal for learners aged 8+, combines coding, electronics, and craft to deliver hands-on STEM learning. Compatible with all versions of the BBC micro:bit, the kit introduces students to coding through fun, project-based activities using the MakeCode block-based editor. All essential components are included, aside from standard craft materials.



Please note: micro:bits and batteries are NOT included.

Learn to think logically with the Digital Logic Add-On for the Inventor's kit for micro:bit! This kit, along with Kitronik's Inventor's kit, serves as an introduction to logic gates and how they can be used in conjunction with the microbit.

Logic gates are the basic building blocks of digital integrated circuits, the chips found in the majority of electronic products today. Although these experiments explore how individual logic gates work, in chips there could be millions of individual logic gates, depending on the size and complexity of the chip. For example, there are approximately 1.4 billion transistors in a quad core i7. If we assume that the average gate requires three transistors then that would give approx. 450 million gates.

Included in this kit are 5 IC's, each a different type of logic gate. They are; AND, OR, XOR, NAND, and a NOT Gate. There are also colour coded stickers included, and these colours are used throughout the booklet in the circuit diagrams. The kit also contains 2 x 2N7000 FETs and a pack of 10 male to male jumper wires. Each experiment also makes use of components from our Inventor's kit for micro:bit, often LEDs as they offer a visual and immediate indication of the 'state' of gate inputs and outputs.

The code has been created in the Microsoft MakeCode Editor and the code for each of the experiments can be downloaded from the resources section below. Kitronik have also produced Python code examples for each of the experiments, these are also available as a download from the resources section.

Features:

Offers an easy to understand introduction to Digital Logic gates and combining these gates with the micro:bit.

This kit can be used as a teaching aid for Basic Digital Logic curriculum at KS3.

A fun and hands on introduction to the building blocks of ICs.

Code can be created with the Microsoft MakeCode editor and also in the Python editor.

The code examples have also been provided as a download from the resources section below. Choose from either blocks or Python.

The topics covered include; Truth Tables, Semiconductors and state electricity, and how to use gates in conjunction with the micro:bit via code.

Learn how to build and code the 7 following experiments;

-- EXP.1 - Introduction to ‘NOT’ Gates.
-- EXP.2 - Introduction to ‘AND’ Gates.
-- EXP.3 - Introduction to ‘OR’ Gates.
-- EXP.4 - Introduction to ‘NAND’ Gates.
-- EXP.5 - Introduction to ‘XOR’ Gates.
-- EXP.6 - Half Adder Circuit.
-- EXP.7 - Full Adder Circuit With Binary To Decimal Converter.
Contents:

1 x Quad 2 input AND IC.

1 x Quad 2 input OR IC.

1 x Hex NOT IC.

1 x Quad 2 input NAND IC.

1 x Quad 2 input XOR IC.

2 x 2N7000 FET.

10 x M-M Jumper Wires.

1 x Set of 5 colour coded IC Stickers.

Tutorial booklet, containing 7 experiments.

The Kitronik Discovery Kit for BBC microbit is a great way to get started with both programming and electronics. The Kit contains five experiments that start very simply, building up to simulating real world systems as confidence grows.

The included booklet assumes no prior knowledge and contains detailed information about everything the new user will need to know. It covers everything from using a prototyping board to how to use the Microsoft MakeCode Editor, and everything in between. This is the ideal kit for someone who is new to the micro:bit, electronics, and coding.

The kit contains five experiments and all of the components required to complete them. Each experiment has; a complete code walk-through, a circuit diagram and a top-down breadboard view, full explanations of what is happening, and how the electronics work.

Note: No soldering is required and you can build your first circuit in minutes!

Features:

This kit offers a great introduction to both coding and electronics.

No soldering required - build your first circuit in minutes!

Make the 5 experiments in the step-by-step tutorial book and learn as you go.

All parts are included to conduct the 5 experiments.

Once you have completed all of the included experiments, you have the perfect prototyping system for further adventures with the micro:bit.

The code can be created in Microsoft's easy to use MakeCode editor.

Contents:

1 x Breadboard breakout for the BBC micro:bit.

1 x Small Prototype Breadboard.

2 x Red 10mm LED.

2 x Yellow 10mm LED.

2 x Green 10mm LED.

10 x 330Ω Resistor.

1 x Piezo Element Buzzer.

10 x Male to Male Jumper Wires.

The included experiments are;

-- LED Control Circuit.
-- Buzzer Jukebox.
-- Lights in sequence.
-- Digital LED Thermometer.
-- Traffic light with pedestrian crossing.

The Kitronik Klaw MK2 Robotic Gripper Kit/robot claw is the latest version of the original and popular Kitronik Klaw and is a great addition to any robotics or buggy project.

It has been carefully redesigned so that it is now also compatible with both the MOVE:mini Mk1 and Mk2. On Mk1 it can be mounted to the boot lid and on the MK2 it can be added to both the boot lid and the base plate. Extra holes were added and a slight change to the part which holds the servo was made to facilitate this.

It is controlled by a low-voltage servo which is included, this servo is used to open and close the Klaw.

At the rear of the unit are mounting points allowing it to be bolted to other items, such as buggies or robotic arms. Supply voltage: 3V to 6V. Supplied as a set of parts that require simple assembly, see the resources section below for build instructions.

Features:

Easily add a gripping Klaw to any robotics project.

It is compatible with both :MOVE mini Mk1 and MK2.

Servo-powered opening and closing with the servo included as a part of the kit.

Easy to assemble.

Contents:

1 x Mini 180 Degree Servo With Accessories.

5 x Laser Cut Perspex Parts.

1 x M3 Steel Washers.

2 x M3 x 16 Pozi PanSteel.

2 x M2 x 16 Pozi PanSteel.

Printed Assembly Instructions.

Dimensions:

Closed Length: 85mm.

Closed Width: 70mm.

Open Length: 45mm.

Open Width: 125mm.

Height w/servo: 38mm.

Crack the code with the Kitronik LAB:bit, the all-in-one laboratory for delivering computing in the classroom (best suited for 7-10-year-olds).

The Kitronik LAB:bit for the BBC microbit offers a super fun way for children to learn about coding in an engaging and hands-on way. It has been specifically designed for the classroom for KS2 computing and is backed by online MakeCode tutorials, simplified custom blocks, and a detailed getting started guide. Supplied in the box are; a battery holder (3 x AA), a wheel and tyre for the motor, and the detailed easy-to-follow guide.

It is absolutely packed with an impressive array of features and devices for easy delivery of fun and informative lessons. These include; a motor, ultrasonic distance sensor, 2 x large user-assignable tactile buttons (with indicator LEDs), a microphone, speaker (with volume control), 7 programmable ZIP LEDs(in an arc), A user-assignable potentiometer control, 2 x sets of traffic light LEDs, and LEDs arranged in a dice formation (that can also be used for displaying digits).

The board also features; an edge connector for the micro:bit to slot into, a pre-fitted protective acrylic cover, clip-able pads for attaching an additional motor, 2 x clip-able pads for attaching further buttons/switches, power indication LEDS, a cutaway for easy reset button access, and pre-fitted anti-slip rubber feet.

This all-in-one laboratory environment ships with a detailed getting started guide, filled with step-by-step information that can easily be followed by either teacher or pupil. The guide covers everything the user or teacher needs to know, from the ground up.

Coding is done via the MakeCode blocks editor. Kitronik has produced custom blocks for the editor to ensure that they are suitable for use with pupils aged 7-10. Each area of the board has its own blocks and they all slot together in intuitive ways. Detailed information on how to add these blocks to MakeCode can be found in the Getting start guide that ships with LAB:bit.

Power is provided via the provided 3 x AA battery holder into the DC barrel jack input. The board has been rated for a maximum of 6V and a minimum of 3V, 3V - 4.5V is recommended. The onboard power regulation circuit provides power to the board and to the micro:bit,. LAB:bit has an inbuilt polarity protection circuit There is a colour-changing power LED to indicate when the battery voltage is getting low.

Features:

LAB:bit is an all in one educational platform designed for the delivery of computing in the classroom (7 - 10-year-olds).

It's packed full of devices, LEDs, switches, sensors, and other programmable features.

It features an edge connector for the micro:bit to slot into, no tools required.

LAB:bit is supplied with a pre-fitted protective acrylic cover.

Additionally, there are clip-able pads for attaching an additional motor, 2 x clip-able pads for attaching further buttons/switches, colour-changing power indication LEDs, and a cutaway for easy reset button access.

There are also pre-fitted anti-slip rubber feet.

Code it with blocks in the MakeCode editor.

Kitronik custom blocks to make coding more intuitive and straightforward.

Supplied in the box are; a battery holder (3 x AA) and a wheel and tyre.

Power LAB:bit via the provided 3 x AA battery holder.

The board is rated for 3V - 6V.

It has inbuilt polarity protection.

The onboard power regulation circuit provides power to the board and to the micro:bit.

LAB:bit is supplied with a fully comprehensive getting started guide. It takes you through everything you need to know and can be followed by both teachers and pupils.

Contents:

1 x Kitronik LAB:bit for the BBC microbit

1 x Yellow wheel and rubber tyre.

1 x 3AA battery holder.

Unleash creativity by combining coding, electronics, and craft with the Kitronik Craft & Code for BBC micro:bit! This engaging kit, designed for learners aged 8 and up, allows students to explore coding through hands-on craft projects. Compatible with all versions of the BBC micro:bit, it provides an intuitive introduction to programming using the MakeCode platform, a simple, block-based coding tool.

Perfect for non-specialist teachers, this kit comes with everything you need to deliver cross-curricular lessons effortlessly, aside from standard classroom craft materials and the additional components listed below




Please note: micro:bits and batteries are NOT included.

The Kitronik Lesson in a Box Primary Computing Pack is a complete set of electronics and teaching resources to enable successful curricular-linked lessons with minimal teacher effort. The kit and teaching resources have been tried and tested by real pupils and developed with real teachers to save you time. It is an all-in-one Laboratory for learning/delivering computing in the classroom for 8 - 11-year-olds again and again. In developing this box we wanted it to be affordable, useful and robust enough for teachers to use again and again. The resources cover computing specifications with link over to Science.

All of the teaching resources are set out in a teacher, ‘user-friendly' way, including technicians' notes, lesson plans, and worksheets. These are supplied as Microsoft Word, PowerPoint formats as well as PDFs, which can be copied, modified, and printed to suit your own teaching style. There is also a quick start guide to the Lesson in a Box kit that gives an overview of the whole box including a summary of your new lessons, how to set up your kit, how to use the micro:bit, code examples and more! The Primary Computing Pack utilise the BBC micro:bit and our LAB:bit board designed specifically for this type of activity! It requires no soldering and has a protective case on top of the components. The advantages of the micro:bit are that while being easy to use, it is feature-packed and it can be coded with languages that suit every ability level.

The Lesson in a Box Primary Computing Pack is a complete set of electronics and teaching resources to enable successful curricular lessons with minimal teacher effort.

No soldering is required for technicians or students.

The kit and teaching resources have been tried and tested by real pupils and developed by real teachers.

The kit includes technicians' notes, lesson plans, resources and workbooks or worksheets.

The kit has been designed to be used over and over again, all component parts were chosen/designed with this in mind.

Packaged in a sturdy reusable Grantnells tray that will keep the kits together and safe in between uses.

It's fun to teach and fun to learn!

Contents:
There are 10 student and 1 teacher sets of Electronics (11 sets in total) supplied in a reusable Gratnells tray. Each set includes:

1 x LAB:bit.

1 x 5 spoke injection moulded Wheel and tyre for the motor.

1 x 3xAA Battery cage.

1 x Printed A4 Piano.

1 x Printed A4 Snakes and Ladders style board.

1x Printed A3 Build Instructions.

Also included with the Kit is a USB Drive, the drive contains;
-- Quick start guide for teachers and technicians.
-- Full teaching resources for 11 lessons, including PowerPoint presentations, worksheets, schemes of work, and some printed material.
Lesson 1 – Introduction to BBC micro:bit and MakeCode
Lesson 2 – Inputs and Outputs
Lesson 3 – Physical Systems
Lesson 4 – Algorithms
Lesson 5 – Traffic Lights
Lesson 6 – Traffic Light with Crossing
Lesson 7 – Brightness Control
Lesson 8 – Speed Control
Lesson 9 – Sound Meter
Lesson 10 – Echolocation
Lesson 11 – Musical Instrument

Example Code.

Templates for the Zeotrope to be printed.

The Simple Robotics Kit is a ready-to-use classroom solution that brings electronics, coding, and physics together in one compact teaching resource. Designed to make lesson planning effortless, this all-in-one set includes reusable hardware and a suite of editable teaching materials developed by educators and tested in real classrooms.

With a focus on affordability, durability, and ease of use, this kit supports teachers in delivering engaging lessons across Design & Technology, Computing, and Physics. The learning resources are aligned with key curriculum areas, while also promoting creativity, experimentation, and broader personal development by showing students how STEM applies across multiple subjects.

All included lesson materials are teacher-friendly and adaptable, with technicians’ notes, step-by-step lesson plans, worksheets, and editable files in Microsoft Word, PowerPoint, and PDF formats. A quick-start guide is also provided, helping educators get up and running quickly, with information on using the micro:bit, setting up the kit, and trying out coding examples.

The included robots are powered by the BBC micro:bit and use the Klip Motor Driver Board—no soldering required. Assembly is simple using crocodile clips, and projects can be coded in a variety of programming languages, making the kit suitable for all ability levels.

Cross-Curricular Applications

Design & Technology – Focus on planning, building, and problem-solving.

Computing – Code the robot’s movement using logic and sequencing.

Physics – Explore motion, speed, and velocity with hands-on experiments.

STEM Clubs & Open Days – Spark curiosity and creativity with fun robotics challenges.

What's in the Box? Includes 11 full electronic sets (10 for students, 1 for teacher use), stored in a large reusable Gratnells tray:

1 x Klip Motor Driver Board for BBC micro:bit

2 x Clippable TT Motor Boards (with cable tie and screws)

2 x Right-Angle TT Geared Motors

2 x 5-Spoke Injection-Moulded Wheels.

1 x Set of 10 Crocodile Clip Leads

1 x Ping Pong Ball (used as a front caster)

1 x Cardboard Chassis Template

1 x USB Drive with all resources and templates

Watch It in Action:

Experience the Kitronik Lesson in a Box Visual Computing Pack for Micro:bit and unlock a world of creative possibilities. This comprehensive pack is specifically designed to introduce you to the exciting realm of visual computing using the Micro:bit platform. Packed with a variety of sensors, LEDs, and components, you'll delve into the realms of graphics, animation, and image processing like never before. With step-by-step lesson plans and engaging projects, you'll learn to code captivating visuals and develop your programming skills. Ignite your creativity, broaden your coding horizons, and embark on a visual computing adventure with the Kitronik Lesson in a Box Visual Computing Pack for Micro:bit.

The Lesson in a Box (Visual Computing) is a complete set of electronics and teaching resources to enable successful cross-curricular lessons with minimal teacher effort.

No soldering is required for technicians or students.

The kit has been tried and tested by pupils and developed by teachers.

These subject packs are a basic introduction to cross-curricular visual computing.

The subject packs come with a detailed lesson plan, cross-referenced to: class slides, workbooks/ worksheets, checklists etc., technician’s notes and where appropriate, AFL guidance with answers and plenaries.

The sturdy reusable Gratnells tray is robust enough for teachers to use again and again.

It's fun to teach and fun to learn!

Contents:

1 x 2GB swivel USB stick, containing everything needed for planning and delivery of each lesson.

1 x Deep Gratnells storage tray.

1 x Translucent lid for tray.

11 x Kitronik ZIP Halo HD for micro:bit.

1 x Klip motor driver for BBC micro:bit.

1 x Right angle geared hobby motor.

1 x Solderless motor board for right angle geared hobby motor.

1 x 5 spoke injection moulded yellow wheel for Right angle geared hobby motor.

1 x Pack of 10 Crocodile Leads.

2 x M3 8mm Pan Head screws.

6 x Black cable ties.

10 x Rubber bands.

1 x Roll of double-sided tape.

1 x Kaleidoscope build poster.

1 x Egg drop poster.

1 x Mood light poster.

1 x Shake Table poster.

2 x Visual coding guide poster - Part 1.

2 x Visual coding guide poster - Part 2.

1 x Visual computing pack quick start guide.

A set of Pre-cut cardboard templates for each experiment.

1 x Pre-cut Simple buildings pack

1 x Pre-cut Shake Table.

1 x Pre-cut Mood light pack

1 x Pre-cut 4/6 side Kaleidoscope pack.

Add line following functionality to the Kitronik MOVE mini MK2 for the BBC micro:bit with this easy to assemble add-on kit. This version of the line following add on has been designed to fit both the new :MOVE mini MK2 and the original version. The assembly instructions for both can be found in the Resources section below.

This add-on comes with all the parts required to add line following functionality to the :MOVE mini and does not require any soldering. Once built, the sensitivity of the left and right sensors can be individually tweaked to ensure smooth operation.

See the resource section below to download the line following code example we created. By default the code will cause the buggy to follow a dark line on a light background but the code can be altered to do the opposite.

There is no soldering required but the kit does require some mechanically assembly.

Features:

Add line following functionality to the :MOVE mini for the BBC micro:bit.

Can either follow a dark line on a light back ground or a light line on a dark background.

The line following sensitivity can be adjusted with a screwdriver.

No Soldering required.

Example line following code is provided.

This product is backwards compatible with the first version of :MOVE mini. There are two sets of assembly instructions in the resources section below.

Contents:

1 x :MOVE Sensor Interface for the BBC micro:bit.

1 x :MOVE Line Following board for the BBC micro:bit.

1 x Connector Cable.

2 x CS M3 8mm Screws.

2 x M3 Hex Full Width Nut.

5 x CS M3 12mm Screws.

2 x 6mm Spacers.

2 x 12mm CS Screws.

Learn how to bend sound to your will with the Noise Pack add-on for the Kitronik Inventors Kit for the BBC micro:bit. The pack, in conjunction with the Inventors kit and a microbit, contains all you need to build the 5 exciting experiments contained within.

You will learn how to build and code musical instruments, amplifiers, and EQs, including High and Low Pass Filters (HPF/LPF). Who needs expensive Pultecs or Console Channel Strips when you've got some components, a microbit, and some know how! The pack brings together electronics and code in the most noblest of causes, making noise! We're going to make a noise and then we're going to amplify it!

Features:

A fun and exciting add-on pack for the Kitronik Inventors Kit for the micro:bit.

Learn how to manipulate sound, build instruments, amplify your sounds, and how to shape your sounds with Filtering and EQ.

Learn how to build and code the following 5 experiments;
-- Varying The Tone With A Piezo Buzzer.
-- Building A Mono Amplifier.
-- Touch Control.
-- The Digital Trumpet
. -- Equalise Your Sound.

Contains:

1 x 100kΩ Resistor.

2 x 3.3kΩ Resistor.

1 x 15kΩ Resistor.

3 x 100nF Ceramic Disk Capacitor.

2 x 1µF Electrolytic Capacitor.

2 x Potentiometer.

2 x Finger Adjust Spindle.

2 x Solid Core Connecting Wire.

10 x M/M Jumper Wires.

1 x 0.15W 8Ω Speaker.

4 x F/F Jumper Wires.

1 x NCP2890 Audio Amplifier IC Breakout Board.

1 x 3 Key Touch PCB.

1 x Tutorial Booklet, containing 5 experiments.

Get creative with the Pen Lifter add-on for the :MOVE Motor for BBC micro:bit. This add-on allows you to take full advantage of the pen hole in the Kitronik :MOVE Motor.

Once fitted, the add-on allows you to control when the pen is in use with code. The assembly holds the pen firmly in place and the supplied servo can be used to raise and lower the pen. This will allow the user to create complex patterns without any unsightly travel marks.

The kit comprises a set of 3 laser-cut parts, a single 180-degree servo, a rubber band, and the fixings required to put it together. The kit requires no soldering but there is some simple mechanical assembly. The kit is supplied with a booklet that walks the user through every aspect of the assembly.

Kitronik have also created an online MakeCode tutorial, to help you get up and running straight away. Work through the guide, one step at a time, building your code in the editor as you go.

Features:

Add a pen to the :MOVE Motor for BBC micro:bit, which can be raised or lowered with code.

Draw complex shapes without unsightly 'travel' lines.

This add-on is supplied with full assembly instructions.

Contents:

1 x 180-degree servo.

1 x M4 x 12mm Pan Head screw.

1 x M3 x 12mm Countersunk screw.

1 x M3 x Hex Steel Nut.

2 x M3 x 10mm Pan Head screw.

1 x Set of laser-cut parts (3 pieces).

1 x Rubber band.

Note:

This kit is NOT supplied with a pen.

No soldering is required but there is some simple mechanical assembly.

This kit is intended for use with the :MOVE Motor for BBC micro:bit.

Kitronik's Simple Robotics Kit is an easy build, entry-level, introduction to the exciting world of robotics. Step-by-step build and coding instructions are included.

Enter the world of robotics with our Simple Robotics kit and build your own easy build microbit-controlled robot. It has been designed, from the ground up, to be simple to build by even the youngest of fingers. From its one-piece cardboard chassis to its clip lead connections, everything goes together in a way that is as free from frustration as possible.

This robot buggy is the same that is featured in our Lesson in a Box Simple Robotics kit, which is a complete set of electronics and teaching resources to enable successful cross-curricular lessons with minimal teacher effort. This single version allows you to make one at home with the children and enjoy the fun learning potential this kit offers. Designed and tested with direct Teacher assistance, and in the classroom, we know this kit lends itself perfectly to the young roboteer.

The kit of parts is accompanied by a detailed set of instructions that will not only walk you through the assembly but also covers the coding in detail. Even if you aren't confident or technical in nature, you will have no difficulties assembling and using this wonderful kit. Nearly everything you will need is supplied with the kit. All you need to have to hand is; a microbit, a screwdriver, and a pair of scissors. The scissors and the screwdriver are barely used, so if the children are quite young these parts can be done in a flash by an adult. The included cardboard body can be cut, decorated, and modified to suit your own projects, or you could even design your very own chassis, the possibilities are endless.

Coding: The supplied instructions have extremely detailed coding explanations, so much so that the beginner will have no difficulties following along. There are also some more involved examples that are similarly walked through. The examples are for the Microsoft MakeCode Editor, which is also designed for beginners.

Features:

An easy-build entry-level robot kit that requires no soldering.

It contains detailed instructions for both the assembly and the coding.

The included cardboard body can easily be customised and decorated.

A great activity to do with supervised children.

It can be coded with the easy-to-use Microsoft MakeCode Editor, which the included instructions cover in detail.

Contents:

1 x Klip Motor Driver for BBC microbit.

2 x Wheels and Tyres.

1 x Set of Clip Leads.

2 x Right Angle Geared Hobby Motor.

1 x Solderless TT Motor Board.

1 x Ping Pong Ball.

1 x Rubber Band.

1 x Cardboard chassis net.

Unlock the secrets of nature with code, engineering, and the Kitronik Smart Greenhouse Kit for BBC micro:bit! The Kitronik Smart Greenhouse Kit for the BBC micro:bit provides an exciting way to learn about the relationship between plants and their environment. The user will learn how to monitor environmental conditions and then how to build automated systems.

The kit comprises a two-part plastic greenhouse, Kitronik environmental control board, water pump, Kitronik ZIP Stick, and Mini Prong soils moisture sensor. Also included are 5 crocodile clips, ZIP extension cable and a small screwdriver. Just add a micro:bit, seeds, and then some water and you will have everything you need! The kit also ships with detailed instructions that will get you up and cultivating in no time. Additionally, there are 7 online MakeCode tutorials. They cover everything from gathering sensor data and having the system automatically react to it, to visual user interfaces and more.

At the heart of the micro:bit controlled Kitronik Smart Greenhouse Kit is the Kitronik environmental control board. This board provides a variety of sensor inputs and connection points for the BBC micro:bit (V1 & V2) and provides the ability to control outputs for devices such as a water pump, fan, servo or heater pad.

The environmental control board can be coded with the MakeCode editor and Kitronik has produced a set of custom blocks to make the job as simple as possible. The blocks can be added via the add Extensions function in the editor by searching “Kitronik” or from https://github.com/KitronikLtd/pxt-kitronik-smart-greenhouse.

The default crop for these types of experiments is often cress, as it is quick growing, requires little tending, and can be harvested when they are approximately 5cm tall (within a few days). There are other sprouting plants, such as sprouting white mustard, which also grow quickly and can be harvested when they are 5cm tall. You can also look into micro-herbs/micro-greens. Once you have chosen your preferred crop type you then need to choose a suitable soil.

Note:This kit is not waterproof. If you get the board wet, please turn it off and allow it to fully dry. The risk of shock is very small, but be cautious. Due to electrolysis and the damp environment, the electrodes on the Mini Prong Moisture Sensor will degrade slowly over time. Please see our general safety advice for more information.

Features:

Build automated growing systems that react to changeable environmental conditions.

This kit is compatible with both micro:bit V1 and microbit V2.

The kit comes with detailed assembly and coding instructions.

At the heart of the kit is the kitronik Environmental control board, designed to be the control hub for this kit.

Key features of the Environmental control board are;

It features a number of sensor inputs that can be coded to control the board's outputs.

There is an onboard BME 280 environmental temperature, barometric pressure and humidity sensor and a separate Real-Time Clock (RTC).

The board also features an onboard piezo buzzer, 2 1A outputs (ideal for a water pump, heater pads or fan), 3 status ZIP LEDs, a ZIP LED expansion connector and servo output. In addition to these, 3 BBC micro:bit pins are broken out to croc-clip connections as further inputs and outputs, along with pads for 3V and GND.

It can be powered via the onboard 3xAA battery holder or the 2.1mm DC Jack, and the power is controlled via the on/off switch with an adjacent LED indicator.

There are also 7 online MakeCode tutorials that introduce you to all of the features of the board.

Crops such as cress, sprouting white mustard and micro-herbs/micro-greens are ideal for use with this kit.

Code it with the MakeCode editor using our custom code blocks.

The Kit can be powered by 3 x AA Batteries or a plug-in power supply.

Contents:

2 x Moulded plastic greenhouse enclosure parts.

1 x Kitronik Environmental Control Board for micro:bit.

1 x Water Pump.

1 x Kitronik ZIP Stick.

1 x Mini Prong Moisture Sensor.

5 x Crocodile Leads.

1 x ZIP extension cable.

1 x Screwdriver.

User guide Booklet.

This add-on pack for the Kitronik Inventors Kit for the BBC microbit provides the perfect way to learn about the wonderful world of ZIP LEDs. These LEDs are simple to control and can be used to produce a whole range of fantastic colours. Most consumer electronics heavily rely on LEDs, as LEDs are a great way of providing instant visual feedback for the user. With this add-on pack, you will learn how to write code to take control of ZIP LEDs and also learn how to make ZIP LEDs respond to input from components such as potentiometers and sensors. There are ten experiments, 9 in the booklet and one online, that will help you develop the skills needed to add visual feedback to your projects.

ZIP LEDs are individually addressable RGB LEDs. The name is a nod to the ZIP postal codes used in the US. Each LED can be controlled independently and all LEDs are connected using the same three-wire bus. Each LED can produce a full spectrum of colours, independently of other LEDs on the same bus. ZIP LEDs are based on the WS2812B part and are often referred to as NeoPixel’s (which is an Adafruit trademark) and are compatible with Adafruit NeoPixel and other WS2812B driver code. They can be coded for the microbit in both MakeCode Blocks and MicroPython.

Features:

Learn how to control ZIP LED colours.

Learn how to move a light through any number of ZIP LEDs.

Learn how to control ZIP LEDs independently.

Learn how to make ZIP LEDs respond to input from electronic components and sensors.

Contents:

2 x ZIP Stick - 5 LEDs each.

1 x ZIP Ring - 12 LEDs.

1 x 3 AA battery pack.

1 x Tutorial booklet.