MICRO:BIT & ACCESSORIES

Add some colour to your next coding project with our new Halo board for the BBC micro:bit. The Halo has 24 ZIP LEDs, which are individually addressable full-colour LEDs. This means that each LED can display a huge spectrum of colours, allowing amazing colourful effects to be achieved.

The Halo bolts directly onto the BBC micro:bit using five bolts which are secure and robust. The board also has extension connector pads (0.1” pitch) allowing more ZIP LEDs to be connected. The P1 and P2 micro:bit pins are also broken out to 0.1" pads along with power and GND. This allows for additional connections to low power components such as sensors and switches.

The Halo takes a supply voltage of 3.5V-5V and provides a regulated power supply to BBC micro:bit. Power can be connected using the JST input using a 3xAAA battery holder, LiPo battery, or JST lead. Alternatively, you can solder a power supply directly to the solder pads on the PCB. The LEDs used are based on the WS2812B part which is compatible with any WS2812B driver code. They can also be coded in the MakeCode Block/Javascript editor.

Features:

Halo has 24 individually addressable ZIP LEDs.

Compatible with Adafruit NeoPixel and other WS2812B driver code.

Supply voltage: 3.5V to 5V.

Halo bolts directly onto the BBC micro:bit.

The board also has extension connector pads.

Contents:

1 x Halo for the BBC micro:bit.

5 x Counter Sunk M3 x6mm Screws.

Dimensions:

Diameter: 80mm.

Height: 3.2mm

Height With micro:bit: 10mm.

PCB Thickness: 1.5mm.

Each of Kitronik's new ZIP sticks has 5 individually addressable RGB LED’s. 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 independent to all of the other LEDs on the bus. Each ZIP LED has a Red, Green and Blue element within the LED, and each of these can achieve 256 levels of brightness. This results in 16,777,216 possible output colours. Multiple ZIP LEDs can be connected to produce longer strings/strips.

The LEDs used are based on the WS2812B part which is compatible with any WS2812B driver code. They can also be coded in the MakeCode Block/Javascript editor.

Features:

Simple 3 wire connection for all LEDs.

Compatible with Adafruit NeoPixel and other WS2812B driver code.

Integrated reset circuit.

Supply voltage: 3.5V to 5V.

Dimensions:

Length: 34.3mm.

Width: 10.2mm.

Height: 3.2mm.

Hole Diameter: 2.2mm.

The MonkMakes Servo for microbit 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.

The board has been designed to allow for alligator/crocodile connections to the microbit. This means that there is no need for mechanical assembly or soldering. You can write code for the attached microbit using either the MakeCode editor or MicroPython (linked in the resources selection below).

Features:

Allows you to control up to 3 servos with the microbit.

When powered the board will supply power to the servos and microbit.

Connect it to the microbit with alligator/crocodile clips.

Use the MakeCode blocks/javascript or MicroPython editors .

The Servo Kit for micro:bit makes it easy to connect up three servomotors from your micro:bit. The kit is supplied with the servo board, three servos, a battery cage, and alligator/crocodile leads. The MonkMakes Servo for microbit 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.

The board has been designed to allow for alligator/crocodile connections to the microbit. This means that there is no need for mechanical assembly or soldering. You can write code for the attached microbit using either the MakeCode editor or MicroPython.

Features:

Allows you to control the 3 servos provided with the microbit.

When powered the board will supply power to the servos and microbit.

Connect it to the microbit with alligator/crocodile clips.

Use the MakeCode blocks/javascript or MicroPython editors.

Contents:

1 x Monk Makes servo board for the microbit.

3 x 9g servomotors and arm kits.

1 x 4xAA battery box.

Micro:bit Wonder Building Kit focuses on the bricks expansions with 32 projects available in our WIKI, and it gives you more chances to create more projects. Packed with different electronic sensors such as the Line-following sensor, the Sonar:bit and the Water level sensor, they enrich the projects with more challenge and fun.

NOTE: Micro:bit is not included

GRAPHICAL PROGRAM- Easy to Start even for Beginners
CASE RICH- The 32 projects are not all possibilities, you may create more projects with your imagination.
SEND WITH FUN SENSORS - (the line-tracking sensor, sonar:bit, and water level sensor)
Wukong EXPANSION BOARD- Small volume with sufficient energy
COMPATIBLE WITH It has a similar size to micro:bit, and there are four fixed holes for 7x5 bricks on the backside.
SUPPORTS FAST CHARGING- The full charging only needs 20 minutes, and the batteries protect themselves from overcharge or short-circuit
BRIGHT BREATHING LEDs - Cool your projects from the colourful atmosphere LEDs and blue breathing LEDs

Based on Planet X sensors, Nezha Inventors Kit microbit is designed for BBC micro:bit. It contains multiple sensors and modules including LED, trumpot, soil moisture sensor, ultrasonic sensor, crash sensor, line-tracking sensor, etc., and also over 400 pieces of bricks. Built over 48 cases with this kit and the Interactive coding accessories pack aiming to cultivate and inspire kids’ creativity and imagination.

Ring:bit expansion board: A simple PCB for the micro:bit. (1)Extends the micro bit’s 3 GPIO ports. (2)Convert the P0/P1/P2 port to the common GVS port. (3) loaded with 3 pieces of AAA batteries to drive the car or other accessories. Six Fun Cases In One micro bit kit: kids can build 6 shapes, including traffic lights, brick cars, temperature-controlled fans, smart desk lamps, wipers, and a trebuchet. Well-designed Assembly Instructions and Courses: these make the kids learn coding easily as well as how to build blocks in an interesting way. This micro bit kit includes almost 200 Pieces Bricks: In fact, children can use these rich building blocks to build more of their favorite shapes.

Smart Ai lens kits is an Artificial Intelligence module compatible with 3.3v~5v micro:bit expansion board which can be programmed graphically. Buy Smart Lens from us. Our ELECFREAKS micro:bit Smart AI lens kits are designed for children. The Smart AI lens kits can be applied in card identification, line-tracking, ball tracking, color identification, one-button to the quire, and face tracking.

Add passive infrared detection (PIR) to your project with this PIR Motion sensor large lens version. Its 2.54mm pitch connector pins makes the job of connecting it to your project an easy one.

It features a large lens which allows for a long range and a wide viewing angle. Typical values for detection are; up to 9m detection range and a viewing angle of up to 120°.

The operating voltage is between 3V - 5.5V with a max current of 100uA. So, it's operating requirements won't be much of a drain on power, which is good news if your power is being supplied by batteries.

Features:

It has a long detection range, up to 9m.

It features a wide viewing angle, up to 120°.

Very low power consumption.

Dimensions:

Length: 36mm.

Width: 26mm.

Height: 21mm.

Pin Pitch: 2.54mm

This 90RPM in-line geared TT hobby motor is a great cost-effective solution for adding some movement to your buggy/robot builds. It can be used with our matching wheels and with our motor driver boards, such as our Motor Driver Board for Raspberry Pi Pico and the Compact Motor Driver Board for the BBC micro:bit, to name just two. Note: when using a microcontroller, do not drive these motors directly with the microcontroller, always use them in conjunction with a motor driver board.

Despite their low price point, these brightly coloured 120:1 motors are quite durable and are likely to last through multiple builds with ease.

Although there is a gearbox between the motor and the shaft, there are no rotary encoders. When connected to an appropriate motor driver, like the two listed above, you get forwards/backwards/stop. Simple yet effective. With 2 motors connected to a motor driver, you can also have directional control by turning off one motor and not the other. As is sometimes the case with servos and motors, there can be some small RPM differences between motors which can be overcome when coding, a little trial end error and the odd pause is usually all it takes.

These hobby motors have an operating voltage of between 3V and 6V, with 4.5V being nominal. This makes them suitable for powering with batteries. At 4.5V, they have a speed of 90RPM no-load and 72RPM at load. Torque at the nominal 4.5V is 0.3Kg/cm and they have a stall torque rating of 1.4Kg/cm. See Datasheet for more information.

Note:When using a microcontroller, do not attempt to drive these motors directly with the microcontroller, always use them in conjunction with a motor driver board.

Features:

A cost-effective movement solution for your buggy/robot builds.

Use in conjunction with a microcontroller, motor driver board, and wheels.

A simple yet durable design with a ratio of 120:1.

They are rated for an operating voltage of between 3V and 6v, with 4.5V being nominal.

They can be powered with batteries.

At 4.5V, they have a speed of 90RPM no-load and 72RPM at load.

Torque at the nominal 4.5V is 0.3Kg/cm and they have a stall torque rating of 1.4Kg/cm

Decoratively coloured!

Contents:

1 x In-Line Geared TT Hobby Motor.

Dimensions:

Length: 64.2mm.

Width: 22.5mm.

Height: 18.8mm.

Compatible with:

Raspberry Pi Pico

Micro:Bit

This 3V vertical submersible low power water pump is an ideal solution for creating a small indoor water feature or as part of a plant watering system. At the heart of the pump is a 3V DC motor that runs quietly and only draws approximately 100mA.

The pump needs priming before use and should be kept fully submerged during use as it will only pump water not air. Also, it only works in one direction as a pump, you cannot reverse the connections and have it move water in the other direction.

It's 3V, 100mA power requirements are such that you could use a microcontroller with suitable drive capacity to switch it on or off. As the new micro:bit now has 200mA available for powering external devices, this pump can be powered directly by the micro:bit V2.

The micro:bit can only drive 15mA from its pins, so a transistor or FET is required to control it from the pins, either in an on/off capacity, or, with PWM to vary pumping rate. If using the original micro:bit or if the microbit is already controlling other devices, this pump can also be powered and controlled via a motor driver board, or similar.

Note:This pump is not supplied with any tubing.

Features:

Vertical type submersible pump.

Operating power requirements are; 3V and 100mA.

Low noise DC motor.

Can be controlled with a simple on/off switch or microcontroller/motor driver board.

Ideal for small water features or plant watering systems.

A flow rate of 80L/H @ 3V and 100L/H at 4.5V.

Contents:

1 x 3V Vertical Submersible Water Pump.

Dimensions:

Length: 38.5mm.

Width: 23.9mm.

Height: 42.6mm.

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.

This 3 x AAA battery holder with power leads that terminate in a JST connector. The leads are colour coded and 150mm long. The holder also features two mounting holes so that the battery holder can be permanently mounted on a project or surface.

This battery holder is ideal for any project that requires 4.5V of battery power delivered via a JST connection.

Features:

Holds 3 x AAA Batteries.

Mounting holes allowing for permanent attachments to projects or surfaces.

150mm colour coded leads with a JST connector.

Contents:

1 x (3xAAA) Battery holder with JST connector.

Dimensions:

Length: 52.5mm.

Width: 37.5mm.

Height: 12mm.

Stand out from the crowd with these simple yet stylish laser cut covers for the :GAME ZIP 64. They are more than just an aesthetically pleasing add-on for our very popular hand-held microbit gaming platform. Though that might be your main reason for wanting one!

The covers also serve to protect sensitive parts of the board from accidental damage.

They are quick and easy to fit and come with all of the necessary parts to fit them directly to your :GAME ZIP 64.

Features:

Stylish Clear Perspex covers for the :GAME ZIP 64 for the micro:bit.

They offer a degree of protection for the board and the components on it from damage.

Quick and easy to fit.

Contents:

1 x Clear Perspex cover for the :GAME ZIP 64.

4 x 5mm Nylon Standoffs.

4 x M3 Nylon Hex Nut

4 x 16mm M3 Nylon Screws.

Dimensions:

Length: 155mm.

Width: 60mm.

Height: 3mm.

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.

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

 

This silicone tube is for use with the 3V Vertical Submersible Water Pump. It can either be used to replace the existing tubing or if you require additional tubing. The tube has an outside diameter of 9.4mm and an inside diameter of 6.4, providing a water-tight fit when used with the 3V Vertical Submersible Water Pump.

The tubing can be easily cut with scissors to your exact requirements and any excess can be coiled and stored until needed. The tubing is made from silicone, will not leak unless punctured, and is resistant to abrasion.

Features:

For use with the 3V Vertical Submersible Water Pump.

The tubing can be easily cut with scissors.

Made from silicone.

It will not leak unless punctured.

Abrasion resistant.

Contents:

Silicone tube for use with water pumps.

Dimensions:

Length: 5m.

Inside Diameter: 6.4mm.

Outside Diameter: 9.4mm.

Bring your imagination to life. Simple and uncluttered control of up to 3 servos with the Kitronik :CREATE Simple Servo Control Board for BBC micro:bit. The Simple Servo Control Board offers a simple interface between the BBC micro:bit and up to 3 servos. The board features an edge connector for the micro:bit to slot into and in addition to the servo pin header connections, there are also 6 croc-clippable pads for adding additional devices.

The servo pin header connections are on a 0.1 inch (2.54mm) pitch and are labelled on the board as; Power, Ground and Signal. The 6 croc-clippable pads, at the bottom of the board, break out the P0, P1, P2 pins from the micro:bit. There are also pads for 3.3V and GND, with the final pad (Switch A) which allows for connecting an external switch.

The board is powered from 3x AA batteries (with attached battery cage) which powers the servo’s and is regulated to the required voltage to power a BBC micro:bit. The board includes a power switch to turn the servo’s and BBC micro:bit on or off. The power LED at the top of the board indicates when the board is active. The simple servo control board has mounting lugs on either side. They have been designed for use with elastic bands so that the board can be connected to your project without the need for tools.

Code it with MakeCode: Kitronik has created custom blocks for the Simple Servo board for use with MakeCode. To add these blocks, first go to MakeCode. and start a new project. Under the “Advanced” section click on “Extensions”. In the next window search for “Simple Servo”. Once the icon appears, click on the icon to import it into MakeCode.
Code it with MicroPython: Kitronik has created example code for initialising and controlling the servos for the Simple Servo Board. The class code can be found at the GitHub page. For more information, please see the Datasheet below

Features:

A simple interface for the BBC micro:bit, for control of up to 3 servos.

Featuring an edge connector that the micro:bit pushes into.

In addition to the servo pin header connections, there are also 6 croc-clippable pads for adding additional devices.

The board includes a power switch to turn the servo’s and BBC micro:bit on or off.

The power LED at the top of the board indicates when the board is active.

Code it with MakeCode (For more information, please see the Datasheet).

Code it with MicroPython (See GitHub page. For more information, please see the Datasheet).

The board has mounting lugs on either side. They have been designed for use with elastic bands so that the board can be connected to your project without the need for tools.

The simple servo control board has a battery cage pre-fitted to the rear of the board.

Standard Diffused LED 3mm single - choice of colours

Red (KI 3501) 3mm standard diffused LEDs have a forward voltage drop of 2.1V and at 20mA output 275mCd. They fit neatly into a 3mm holder and have a 60° viewing angle.

Green(KI 3502 ) 3mm Standard Diffused LED with a viewing angle of 60°. Luminous intensity 35mCd.

Yellow(KI 3503) 3mm standard diffused LED with a viewing angle of 60°. Luminous intensity 125mCd.

White(KI 3564) 3mm Standard Diffused LED with a viewing angle of 60°. Luminous intensity 700mCd.

Blue(KI 3565) 3mm Standard Diffused LED with a viewing angle of 60°. Luminous intensity 500mCd.

Compatible with:

Raspberry Pi Pico

Micro:Bit

Chose from Red, Green and Orange 5mm standard diffused LED with a viewing angle of 60 degrees.

Forward voltage drop: 2.1 V

Viewing angle: 60 degrees

Max forward current: 25 mA

Luminous intensity: 275 mCd (@20mA)

Lens types: Diffused

Compatible with:

Raspberry Pi Pico

Micro:Bit