Kitronik

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

Requires:

• 1 x micro:bit

Resources:

• Click here to download the datasheet.

This easy build bike light kit has just ten parts, making it a good introduction to electronics. The kit uses two ultra bright red LEDs, which flash rapidly, providing a highly visible light. Making it ideal for use as a rear bike light.

Alternatively it can be used as a night safety product or flashing eyes.

Features:

• Easy build kit making a great introduction to electronics.
• Great visibility for night time safety.

Contents:

• 1 x 2xAA Battery Cage with Leads.
• 2 x 470K Resistor.
• 1 x 33R Resistor.
• 2 x Capacitor, Electrolytic, 16V, 10uF.
• 2 x BC547 NPN Transistor.
• 2 x Red 5mm Water Clear LED - 30deg - 1000mCd.

Dimensions:

• Length: 48.5mm.
• Width: 25.5mm.

Requires:

• 2 x AA Batteries.
• Soldering Iron.
• Solder.
• Wire Cutters.

Resources:

• Click here to download the essential information
• Click here to download the full teaching resources
• Autodesk Files.
• 3D CAD Files.

This easy build bike light kit has just ten parts, making it a good introduction to electronics. The kit uses two ultra bright red LEDs, which flash rapidly, providing a highly visible light. Making it ideal for use as a rear bike light.

Alternatively it can be used as a night safety product or flashing eyes.

Caution:

• This is an educational kit and should be used in conjunction with a commercially available bike light.

This pack is a great way to get started with E-Textiles.

We have selected a number of products from our Electro-Fashion range, including three of our ultra-slim LEDs and two seperate power boards. There are enough components for you get started immediately to create some eye catching E-Textiles projects, the only limit is your imagination.

Features:

• Everything you need to complete two projects.
• Enough Electro-Fashion components to get started immediately with E-Textiles.
• Full instructions for assembly.
• Great project ideas and tutorials.

Contents:

• 2 x Coin Cell Holder.
• 3 x Sewable LEDs  White.
• 3 x Flashing LEDs White.
• 1 x Slide Switch.
• 1 x Push Switch.
• 2 x CR2032 Coin Cell Batteries.
• 1 x 6m Conductive Thread.

Dimensions:

• Sewable Coin Cell Holder Length: 34mm.
• Sewable Coin Cell Holder Width: 20mm.
• Sewable Coin Cell Holder Height: 4.5mm.
• Ultra Slim Sewable LED Length: 15mm.
• Ultra Slim Sewable LED Width: 6.5mm.
• Ultra Slim Sewable LED Height: 2.7mm.
• Slide Switch Length: 18mm.
• Slide Switch Width: 8.5mm.
• Slide Button Switch Height: 4mm.
• Push Button Switch Length: 18mm.
• Push Button Switch Width: 8.5mm.
• Push Button Switch Height: 3mm.
• CR2032 Battery Height: 3.2mm.
• CR2032 Battery Diameter: 20mm.

Requires:

• Scissors.
• Needles.

Resources:

• User Guide.
• E-Textiles Tutorials & Resources.

Caution:

• The coin cell holders in this pack contain Nickel and should not be used in designs where it will be in prolonged contact with the skin.

The Kitronik :MOVE Motor for the BBC micro:bit provides a fun introduction to buggy robotics. More than just a programmable buggy, learning to use all of the included features will give the budding roboteer a solid grounding in robotics as a whole.

Learn about movement, how to utilise light and sound, obstacle detection and avoidance, and how to code :MOVE Motor to follow a line. When used in conjunction with the micro:bit's radio features, the possibilities are endless.

Attached to the chassis are two bi-directional DC motors with variable speed control. The wheels have rubber tyres and are a simple push-fit onto the motor shafts. Slot a BBC micro:bit into the edge connector and you are ready to code. There is no other assembly required and no tools required.

There are built-in battery holders for 4x AA batteries. This provides a regulated voltage supply to power the BBC micro:bit which is fed into the edge connector. There is also a power switch to conserve batteries when the buggy is not in use.

The micro:bit slots into the onboard edge connector. Code the micro:bit, plug it into the buggy, switch the power on, and then play.

:MOVE Motor can be coded using the Microsoft MakeCode editor. Kitronik has produced a set of custom MakeCode blocks to simplify coding the completed buggy. The booklet that comes with the buggy contains more detailed instructions on using the blocks and writing code. If you are feeling more adventurous or relish a challenge, :MOVE Motor can also be coded with Python.

Also within the booklet (that comes inside the box), are some quick tutorials to get you started. There are also additional online tutorials and step by step guides for extra projects.

• This kit does not include a micro:bit, a micro:bit can be obtained from here.
• No soldering is required!
• Minimal assembly required.

• The Kitronik :MOVE Motor for the BBC micro:bit provides a fun introduction to buggy robotics and coding.
• It is backed up by a range of fun tutorials to introduce you to all of the great features.
• All of the tutorials and resources are free.
• There is no soldering required and assembly is quick and super simple.
• The buggy features two bi-direction DC motors.
• There are ultrasonic distance and line following sensors onboard.
• It also features a Piezo sounder and pen mount.
• There are 4 full-colour programable ZIP LEDs.
• Two pin outputs that are ideal for servo connections (can be used for other inputs and outputs).
• The battery holder is built onto the chassis.
• The buggy is also fitted with a power switch to conserve the batteries.
• There is also an onboard edge connector for the micro:bit, code, plug and play.
• Kitronik has produced custom MakeCode blocks to simplify coding with the MakeCode editor.

• • Tech Talks Live Replay.
  • 6 Online MakeCode Tutorials.
  • Drawing Robot Tutorial.
  • Lights & Sound Tutorial.
  • Line Following Tutorial.
  • Motor Adjustment Tutorial.
  • Sensor Tutorial.

Make the Raspberry Pi Pico the core of your new robotics project with the Kitronik Compact Robotics Board for Raspberry Pi Pico.

The Robotics Board features 2 Dual H Bridge Motor Driver ICs. These are capable of driving 2 standard motors or 1 stepper motor each, with full forward, reverse, and stop control. There are also 8 servo outputs, capable of driving standard and continuous rotation servos. They can all be controlled by the Pico using the I2C protocol, via a 16 channel driver IC. The IO break out provides connections to all the unused pins on the Pico. The 27 available I/O pins allow other devices, such as sensors or ZIP LEDs, to be added to the board.

Power is provided via either a terminal block or servo style connector. The supply is then controlled by an on/off power switch to the board and there is also a green LED to indicate when the board has power. The board then produces a regulated 3.3V supply which is fed into the 3V and GND connections to power the connected Pico. This removes the need to power the Pico separately. The 3V and GND pins are also broken out on the header, which means external devices can also be powered.

To use the robotics board, the Pico should be firmly inserted into the dual row pin socket on the board. Ensure the Pico is inserted with the USB connector at the same end as the power connectors on the robotics board. This will allow access to all of the board functions and each pin broken out.


Features :

• A compact yet feature-packed board designed to sit at the heart of your Raspberry Pi Pico robotics projects.
• The board can drive 4 motors (or 2 stepper motors), with full forward, reverse, and stop control, and 8 servos.
• It also features 27 other I/O expansion points and Power and Ground connections.
• The I2C communication lines are also broken out allowing other I2C compatible devices to be controlled.
• Additionally, the board features an on/off switch and power status LED.
• Power the board via either a terminal block or servo style connector.
• The 3V and GND pins are broken out to solder pads, allowing external devices to be powered.
• Code it with MicroPython via an editor such as the Thonny editor.

 (* Raspberry Pi And add ons are NOT included - ONLY the Robotics Board *)


(* Raspberry Pi And add ons are NOT included - ONLY the Robotics Board *)




(* Raspberry Pi And add ons are NOT included - ONLY the Robotics Board *)

The Kitronik LAB:bit for the BBC micro:bit 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. 

The board 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, Colour changing 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 starts with an introduction to using a micro:bit and the MakeCode editor, with each explained in detail. This is then followed by instructions for fitting the wheel to the motor. Each area of the board is explained in detail, complete with code examples for each. As with the previous sections, this part of the booklet has been designed so that it can be used by teachers and pupils.

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 that all slot together in intuitive ways and they have been organised into subdirectories by type. For example, all of the blocks for the motor are in one submenu and blocks for the traffic lights are in another submenu. There is also an 'other' submenu that contains blocks for the more advanced/older students who require an extra level of challenge. 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 recommended. The onboard power regulation circuit provides power to the board and to the micro:bit, removing the need to power the micro:bit separately. LAB:bit has an inbuilt polarity protection circuit for the DC input. There is a Colour changing power LED to indicate when the battery voltage is getting low.

• No soldering.
• Minimal mechanical assembly required. The wheel needs to have the tyre fitted and then to be fitted to the onboard motor.
• This kit is not supplied with a micro:bit. The micro:bit is available separately here.

• LAB:bit is an all in one educational platform designed for the delivery of KS2 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 to ensure that LAB:bit stays securely on the desk.
• Code it with blocks in the MakeCode editor.
• Kitronik custom blocks to make coding more intuitive and straightforward.
• Custom blocks are grouped by type to make it easy to go straight to the blocks you need.
• No soldering!
• Minimal mechanical assembly required.
• Supplied in the box are; a battery holder (3 x AA) and a wheel and tyre for the motor.
• Power LAB:bit via the provided 3 x AA battery holder.
• The board is rated for 3V - 6V.
• It has an inbuilt polarity protection circuit for the DC input.
• The onboard power regulation circuit provides power to the board and to the micro:bit, removing the need to power the micro:bit separately.
• 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 teacher and pupils.

The Kitronik Inventor's Kit for Arduino is a great way to get started with programming and hardware interaction with the Arduino in the classroom. This Inventor's Kit contains everything you need to complete 10 experiments including using LEDs, motors, light sensors and capacitors.

Arduino is an open-source code-able electronics platform, which has been designed for anyone making interactive projects. Arduino board can process inputs from many sensors, and also control outputs such as LEDs and motors.

The Arduino is controlled by the code with which it is programmed. This code is written in the Arduino programming language, using the Arduino development environment. Once complete the code is easily transferred to the Arduino board using a simple USB lead.

To get you off to a flying start, we have included an easy to follow tutorial book which guides you through creating the 10 experiments. You don't need any experience with programming as the tutorial book will guide you every step of the way. You'll be programming and creating circuits in no time!

Note:

• This kit requires assembly.
• No soldering is required and you can build your first circuit in minutes!
• This kit does not include an Arduino UNO.
• This kit is available as a single pack or as a pack of 20.

Features:

• No soldering required - build your first circuit in minutes!
• Make 10 experiments included in the provided step-by-step tutorial book.
• All parts are included to conduct the 10 experiments.
• Small Prototype Breadboard included for fast prototyping.

What's in the box?

Requires:

• An Arduino board such as The Arduino Uno, Compatible Uno, Maker Uno or Maker Uno Plus
• Phillips Screwdriver.
• Terminal Block Screwdriver.
• USB A to USB B Cable for Uno or the micro USB cable for Maker Uno and Maker Uno Plus

Inventors Kit Additional Online Resources:

• Tech Talks - live stream playback.

The Kitronik Inventor's Kit for the BBC micro:bit is a great way to get started with programming and hardware interaction with the BBC micro:bit. This Inventor's Kit contains everything you need to complete 10 experiments including using LEDs, motors, LDRs and capacitors.

To get you off to a flying start, we have included an easy to follow tutorial book which guides you through everything you will need to know about programming the BBC micro:bit. You don't need any experience with programming as the tutorial book will guide you every step of the way. You'll be programming and creating circuits in no time!

The Kitronik Inventor's Kit for the BBC micro:bit provides a fantastic way of learning how to construct and control electronic circuits. The BBC micro:bit has a selection of pins that are located on the bottom edge of its PCB. By using our specially designed Edge Connector Board for the BBC micro:bit in conjunction with the breadboard (see below), it is easy to use these pins to connect additional components to the BBC micro:bit.

Note

• This kit requires assembly.
• No soldering is required and you can build your first circuit in minutes!
• This kit does not include a BBC micro:bit.
• If you purchase a micro:bit separately you may also need to purchase a Battery Enclosure and a USB Cable, depending on which micro:bit option you purchase.

• No soldering required - build your first circuit in minutes!
• Make 10 experiments included in the provided step-by-step tutorial book.
• All parts are included to conduct the 10 experiments (listed below).
• Breaks out 21 accessible pins from the BBC micro:bit using the Edge Connector Board for the BBC micro:bit (included).
• Small Prototype Breadboard included for fast prototyping.
• This kit is available as a single pack or as a 20 pack.

The contents below are for a single Inventor's kit pack.

• 1 x Mounting Plate.
• 1 x Potentiometer - Vertical Type (finger adjust) 100K.
• 1 x Finger Adjust Spindle.
• 2 x Plastic Spacer 10mm.
• 1 x Sticky Fixer for Battery Pack.
• 1 x Small Prototype Breadboard.
• 1 x Terminal Connector.
• 4 x Push Switch.
• 1 x Motor.
• 1 x Transistor.
• 2 x Red 5mm LED.
• 2 x Orange 5mm LED.
• 2 x Yellow 5mm LED.
• 2 x Green 5mm LED.
• 1 x RGB 5mm LED.
• 1 x Fan Blade.
• 5 x 2.2KΩ Resistor.
• 5 x 10KΩ Resistor.
• 5 x 47Ω Resistor.
• 1 x Edge Connector Breakout Board for BBC micro:bit.
• 10 x Male to Male Jumper Wires.
• 10 x Male to Female Jumper Wires.
• 1 x 470uF Electrolytic Capacitor.
• 1 x Piezo Element Buzzer.
• 4 x Pan Head M3 Machine Screw.
• Depending on which booklet version your Inventors Kit shipped with, you will have one of the two following components;
• 1 x Miniature LDR. For booklet versions pre V1.7.
• 1 x Phototransistor. For booklet versions post V1.7.

• 1 x BBC micro:bit.
• 1 x Phillips Screwdriver and 1 x Terminal Block Screwdriver.
• 1 x Micro USB Cable.

All of the experiments included in this booklet (listed below) are based on the Microsoft MakeCode Editor. We have also produced a MicroPython code example for each of the experiments and Video resources featuring a walk-through and hints and tips to help you complete the experiments.

Inventors Kit Additional Free Resources

Insight Resources Mr Bit is an online educational coding platform that also features sections devoted to some of our key micro:bit accessories, including this kit. This content has been developed by Insight Resources and any questions relating to them should be directed at their contact information. To access these resources, please visit;

• Insight Mr Bit.

The Kitronik Inventor's Kit for the Raspberry Pi Pico provides a fantastic way of learning how to construct and control electronic circuits with the Pico and MicroPython.

The Kitronik Inventor's Kit for the Raspberry Pi Pico offers the perfect introduction to physical computing with the Pico. This Inventor's Kit contains everything you need to complete 10 exciting experiments and the included booklet walks you through every step of each. Note: The Pico is not supplied with this kit, a pre-soldered one can be obtained separately here.

The possibilities for the kit are endless and the booklet is intended to get you off to a flying start. Before moving on to the experiments, it introduces you to the Raspberry Pi Pico and guides you in getting it ready for use. There is also an introduction to coding, how to run Python code on the Pico, guidance on using Breadboards, and also a detailed assembly guide for the kit.

Each experiment is then explained in full in a clear and concise manner. The full-colour booklet details the parts you need, the code used, a breadboard wiring diagram, a circuit diagram, and a full description of what is happening and why. The 10 experiments start simple and get more difficult as you progress through them.

Much like our Inventor's Kit for micro:bit and Inventors Kit for Arduino, this kit is built around our Inventor's prototyping system. It comprises an injection moulded base plate, onto which the breadboard is affixed, and the included laser cut plate is mounted. The laser-cut plate has mounting points for the included motor, servo, and Pinout board for Raspberry Pi Pico. There are also more than 60 components and connectors in the kit, such as; LEDs, switches, motors, transistors, resistors, and more! Please see the contents section below for a full list.

Note:

• Due to supply issues, initial orders of this inventors kit will be shipped in a brown box and not the green and white box.
• There is no soldering required for this kit.
• The kit does involve some mechanical assembly.
• The Pico is not supplied with this kit, a pre-soldered one can be obtained separately here.

Features:

• The Kitronik Inventor's Kit for the Raspberry Pi Pico provides a fantastic way of learning how to construct and control electronic circuits with the Pico and MicroPython.
• No soldering is required, build your first circuit in minutes.
• Work through the 10 included experiments, following the detailed full-colour guide booklet.
• The kit includes the Kitronik Inventors prototyping system, also found in the  Inventor's Kit for micro:bit and Inventors Kit for Arduino.

What's in the box?

• 1 x Full-colour instruction booklet.
• 1 x Kitronik injection moulded Inventor's prototyping mounting plate.
• 1 x Laser cut Pico mounting plate and fixings.
• 1 x Pico Pin Breakout Board.
• 1 x Kitronik 5 LED ZIP stick with pins.
• 1 x Mini 180 Degree Resin Gear Servo SG90.
• 1 x 7 segment display.
• 4 x Push switch.
• 2 x Red 5mm LED.
• 2 x Green 5mm LED.
• 2 x Yellow 5mm LED.
• 2 x Orange 5mm LED.
• 10 x 220Ω resistor.
• 5 x 2.2kΩ resistor.
• 5 x 10kΩ resistor.
• 1 x 3mm Phototransistor.
• 1 x Transistor (NPN BC337).
• 1 x Fan blade.
• 1 x Motor.
• 1 x Piezo element buzzer.
• 20 x MM jumper wires.
• 1 x 470uF electrolytic capacitor.
• 1 x Terminal connector.
• 1 x Potentiometer & finger adjust spindle.

Requires:

• 1 x Raspberry Pi Pico with pre-soldered headers.
• 1 x Phillips Screwdriver.
• 1 x Terminal Block Screwdriver.
• 1 x Micro USB Cable.
• Thonny editor.

Resources:

The table below contains additional resources for each of the included experiments. This includes; Video walk-throughs for each and code that can be copied and then pasted into an editor, such as Thonny.

The Kitronik Autonomous Robotics Platform Pico, a fun and hands-on introduction to Robotics with the Raspberry Pi Pico.

The Kitronik Autonomous Robotics Platform for Raspberry Pi Pico is a fun and hands-on introduction to buggy robotics. The easy to follow booklet provided with the kit guides you through all of the steps required for you to take control of your robot. The Robotics Platform has been designed to grow with you and provided additional servo and ultrasonic sensor connectors for more advanced projects. This buggy requires a Raspberry Pi Pico with pin headers attached, you can obtain a Raspberry Pi Pico with headers attached here.

The kit is supplied with the autonomous robotics platform chassis, 2 wheels and tyres, a Kitronik line-following sensor board, and an ultrasonic sensor. The kit requires no soldering and only minimal mechanical assembly. Fit the tyres to the wheels, push the wheels onto the pre-mounted motors and both the line following sensor and ultrasonic distance sensor plug straight into the board. Once put together, push the Raspberry Pi Pico into the onboard connector, add 4 x Alkaline AA batteries to the battery holders underneath and you are done. Your robot buggy is ready for instruction. 

The included booklet guides you through every step of getting to know your robot. It contains a detailed assembly guide, info on preparing the Raspberry Pi Pico, instructions for installing an editor (Thonny), and instructions on how to write code for every feature of the Robotics Platform. No corner of the board is left unexplained.

As well as the easy to follow getting started guide, we have also produced online tutorials which go into more detail on coding the key features of the board. The links to the tutorials can be found in the resources section at the foot of this page.

To help make programming the robot as simple as possible, Kitronik has developed a set of Micropython modules, which can be found here. More information on this can be found in the booklet supplied with the kit. If you aren't familiar with GIT, we've created an online beginners guide to help you get up to speed. You can find the guide here (https://kitronik.co.uk/GitGuide).

Features:

• A fun and hands-on introduction to buggy robotics.
• The Robotics Platform has been designed to grow with you, start small then add complexity later.
• The kit ships with a detailed guide booklet backed up with freely available online tutorials.
• The autonomous robotics platform introduces the user to light, movement, and sensing so the robot can be as hands-on or hands-off as want it to be.
• Program your buggy to react to the world around it.
• Learn to code with MicroPython, using our simple to follow guides and the beginner-friendly Thonny editor.
• Just add the Raspberry Pi Pico, some alkaline batteries, and some code and watch your buggy come to life!
• This buggy is not supplied with a Pico, you can obtain a Raspberry Pi Pico here.

What's in the box?

• 1 x Autonomous robotics buggy chassis PCB.
• 2 x Kitronik 5 spoke wheels and tyres.
• 1 x Kitronik line following sensor board.
• 1 x Ultrasonic Sensor.

Dimensions:

• PCB Length: 126mm.
• PCB Width: 80mm.
• Wheel Diameter (with tire): 67.5mm.

Requires:

• A Raspberry Pi Pico.
• 4 x Alkaline AA Batteries.
• A Micro USB cable.

Resources:

• Kitronik Online Tutorials, using the Pico-ARP;
• Motors.
• Lights, switch, and buzzer.
• Line Following Sensors.
• Ultrasonic Distance Sensor.
• Using the servo connectors.
• First steps with the Raspberry Pi Pico, MicroPython, and Thonny.
• Kitronik Beginners guide to GitHub.
• A practical guide to Modules, Micro Python and the Raspberry Pi Pico.
• Kitronik Micropython modules for ARP-Pico.
• Pico Datasheet.
• Getting started with MicroPython on the Pico.
• Thonny, the beginner-friendly editor.

Make the RiPi Pico the hub of your next robot/buggy project with The Kitronik Simply Robotics Board for Raspberry Pi Pico.

The Kitronik Simply Robotics Board for Raspberry Pi Pico features 2 Dual H-Bridge Motor Driver ICs (capable of driving 2 brushed motors or 1 stepper motor) and 8 servo outputs (capable of driving standard and continuous rotation servos), all controlled from a Raspberry Pi Pico. The Raspberry Pi Pico is not included, a Pico with pre-soldered pin headers can be obtained separately here.

The Motor Driver ICs are capable of up to 1A per channel and can drive a variety of small motors, such as hobby motors and more. They feature built-in protection for overcurrent, which can be reset by power cycling the board. The board features standard 3-pin servo connectors which allow for servos to be plugged straight in without the need for additional adaptors or soldering.

The IO breakout provides connections to 5 GPIO pins, including the Analogue inputs on the Pico. These IO points allow input devices, for example, sensors, or output devices, such as ZIP LEDs, to be added to the board. The board also features 3 x holes for mounting the board to a surface or custom enclosure, the mounting holes are 3.3mm in diameter (M3 clearance).

Power is provided via a terminal block. The supply is controlled by an on/off power switch to the board. There is a green LED to indicate when the board is turned on. The board then produces a regulated supply which is fed into the connected Pico, removing the need to power the Pico separately. There are 3V and GND pins broken out on the additional header, which means external devices can also be powered.

Note:

• This board is not supplied with a Raspberry Pi Pico, a Pico with pre-soldered pin headers can be obtained separately here.
• This board is capable of continuous use at high currents. During such use, it may become hot.

Features

• Control up 8 servos and two motors (or a stepper motor) simultaneously with the Raspberry Pi Pico.
• Ample IO for advanced robotics projects.
• The onboard servo connectors are standard 3-pin servo connectors.
• The board also features 5 GPIO pins, including the Analogue inputs on the Pico. These IO points allow input devices, for example, sensors, or output devices, such as ZIP LEDs.
• Power is provided via a terminal block power input connector, with an on/off switch and power status LED.
• The Simply Robotics board will power all of the attached servos and provide the attached Pico with a regulated 3V supply.
• Additionally, there is built-in reverse polarity protection.
• Kitronik has produced example MicroPython class and example code showing its use.

Dimensions

• Length: 63mm.
• Width: 42mm.
• Max Height: 10mm.
• Mounting Holes Diameter: 3.3mm (M3)

What's in the box?

You will also need....

Resources

• MicroPython module and sample code GitHub Repo.
• Datasheet.

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.
1 x Printed Assembly Instructions.

 
Dimensions

• Closed Length: 85mm.
• Closed Width: 70mm.
• Open Length: 45mm.
• Open Width: 125mm.
• Height w/servo: 38mm.

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 does not come with a BBC micro:bit, available separately here > BBC micro:bit.
• 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.

What's in the box?

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.
1 x User guide Booklet.

Requires

• A web browser and an internet connection.
• One of the following; BBC micro:bit V2. or BBC micro:bit Starter Pack V2.
• 3 x AA Batteries or plug-in power supply.
• Seeds, such as cress.
• Soil.
• Adding a Solar Panel to the Environmental Control Board.
• Tech Talks - live stream playback.

Add motor driving capability to the microbit with the Kitronik compact motor driver board for the BBC micro:bit. This motor driver board allows two motors to be driven simultaneously with forward, reverse & stop control, making it ideal for designs such as buggies. The board has built-in short circuit, over current and thermal protection.

The board includes an integrated Edge Connector for your BBC micro:bit to easily slot into. It also features external connections to the button A and button B inputs. This allows additional switches/inputs to be connected to the motor driver board and the state of these can then be read by the BBC micro:bit.

There are 2 additional inputs/outputs. These can be used for connecting a range of parts and can be used in either digital or analogue modes.

Power is provided via either a terminal block or servo style connector, the supply is then controlled by an on/off power switch to the board. There is a green LED to indicate when the board is turned on. The board also produces a regulated 3V supply that is fed into the 40 way connector to power the inserted BBC micro:bit, removing the need to power the BBC micro:bit directly.

Kitronik has produced a set of custom blocks for the MakeCode editor to simplify using the Compact motor driver board. To add them to the editor, select the cog icon in the top right of the editor. Then, select Extensions from the drop-down menu and in the search bar type and enter Kitronik. Pick the Kitronik motor driver tile from the list and the new blocks will be added to the menu in the editor.

• Ideal for designs such as buggies and other robotics projects.
• Drive 2 motors with full forward, reverse and stop control.
• Terminal blocks for easy connection of motors and inputs.
• The 2 additional inputs/outputs can be used in either digital or analogue modes.
• This board also features an on/off switch and power status LED. 
• Includes Edge Connector for the BBC micro:bit to slot into.
• Provides regulated power to the BBC micro:bit.
• Access the other BBC micro:bit pins easily and conveniently.
• Program with the MakeCode editor or with python.

• Length: 68mm.
• Width: 46.5mm.
• Height: 10.6mm.
• PCB Thickness: 1.6mm.

• A micro:bit.
• USB Cable.
• Power Supply.
• The following part is also required.
• Motors.

• Datasheet.
• Python example code.
• Tech Talks - live stream playback.