Cytron Technologies

Features:

• Operating Voltage: 3.3V and 5V Compatible
• Sensing Distance (Height): 1mm to 40mm (Vcc = 5V, Black line on a white surface)
• Output: Analog Voltage (White surface = lower voltage)

Example Application: Line Following Robot, Sumo Robot, Wall Following Robot, Short Distance Object Sensing, Sensor for Printed Rotary Wheel Encoder.

Documents:

• Datasheet
• 3D CAD files

Maker Soil Moisture Sensor measures soil moisture by capacitive sensing, where the presence of water in the soil will increase the probe capacitance. The output of the sensor is analog output; higher moisture levels will produce lower output voltage. Being part of the Maker Series, the sensor is equipped with many features to further simplify digital making for beginners and experts alike.

The Maker Soil Moisture Sensor is easy to use. It only needs a power supply, if the LED indicators alone are enough for your application. Make sure that the voltage level of the power supply is within the sensor specifications. Note that the LED indicators only indicate approximate moisture levels and might fluctuate depending on the power supply, since the sensor does not have a voltage regulator on board.

Full Tutorial: Battery Powered Maker Soil Moisture Sensor

Full Tutorial: Self Watering Pot Featuring Maker Soil Moisture Sensor

• Operating Voltage: 2.5V - 7.0V.
• Output: Analog Voltage (Higher moisture = lower voltage)
• Grove port.
• LED indicators for dry/moist/wet soil moisture levels.
• Soil Limit (Maximum depth of the probe)
• Double-sided probe (More sensitive to moisture changes)
• Capacitive sensing probe (Corrosion resistant)
• Disable pin (Power-saving application)

• Soil moisture detection
• Automatic Plant Watering System
• Smart/IoT Gardens

What's in the box?

1 x Sensor
1 x 50 cm Grove cable

Resources

• Datasheet
  
• 3D CAD
  
• 3D Images

100% cotton Unisex T-shirt from the Cytron for every maker that loves making stuff. Simple yet comfortable!

Comes in black color with the slogan of TRUST ME I'M A MAKER

There are several sizes of this T-shirt to accommodate everyone :) Please choose the preferred size next to the main photo. It is Unisex T-shirt so it is suitable for both male and female maker :)

• XS (Extra Small) Size
• S (Small) Size
• L (Large) Size
• M (Medium) Size
• XL (Extra Large) Size
• XXL (Double Extra Large) Size
• XXXL (Triple Extra Large) Size

Features:

• Coming from makers to makers :)
• 100% cotton, super comfortable
• The black color with:
  • Front: Slogan: TRUST ME I'M A MAKER
  • Back: Cytron Logo
• Available Sizes:
  • Extra Small (XS):
    • 36" or 91.44cm for the Chest (Chest = 2 x L)
    • 25" or 63.5cm for Height
  • Small (S):
    • 38" or 96.52cm for the Chest (Chest = 2 x L)
    • 26" or 66.04cm for Height
  • Medium (M):
    • 40" or 101.6cm for the Chest (Chest = 2 x L)
    • 27" or 68.58cm for Height
  • Large (L):
    • 42" or 106.68cm for the Chest (Chest = 2 x L)
    • 28" or 71.12cm for Height
  • Extra Large (XL):
    • 44" or 111.76cm for the Chest (Chest = 2 x L)
    • 29" or 73.66cm for Height
  • Double Extra Large (XXL):
    • 46" or 116.84 cm for the Chest (Chest = 2 x L)
    • 30" or 76.2 cm for Height
  • Triple Extra Large (XXXL):
    • 48" or 121.92 cm for the Chest (Chest = 2 x L)
    • 31" or 78.74 cm for Height

What's in the box?

Looking for a solution to introduce robotics and coding to your kids? Get this kit for them (or yourself!) to build this cute micro:bit robot car. Zip zip Zoom!
 

This kit comes with a step-by-step building guide written in simple language and a generous dose of graphics to help young learners to follow along. Download a PDF copy of the book here for FREE. If you prefer video tutorials, visit our Youtube playlist here.

Follow the detailed & illustrated instructions to build your own robot and explore programming basics in a fun and engaging manner.



You can easily program ZOOM:BIT using open-sourced Microsoft MakeCode Editor. Just add ZOOM:BIT Extension and you’re good to go. If you’re a beginner, you can start with the Block programming mode; simply drag, drop and snap the coding blocks together. For more advanced users, you can easily switch into JavaScript or Python mode on MakeCode Editor for text-based programming.



New to coding? Don’t worry. This kit comes with a 10-lesson guide book, complete with sample code and helpful tips. You can also access additional resources from ZOOM:BIT Online Resource Hub. Join Telegram ZOOM:BIT Community for technical support and the latest updates.



Features









Bonus for ZOOM:BIT fans. If you are a Telegram user, grab ZOOM:BIT's sticker pack here: https://t.me/addstickers/itsZoombit. Have fun~



Every kit comes with all the materials needed (except the micro:bit board) to complete ZOOM:BIT Robot Car, as well as a printed guide book with detailed instructions and a line following track.

What's in the box?

1 x micro:bit board   Note:  This product does NOT include a micro:bit board.
1 x REKA:BIT expansion board 
1 x USB power and data cable1 x 9+1 lessons quick start guide book
1 x Zoom track
1 x Maker Line sensor
1 x Ultrasonic sensor
2 x 10mm LED module
2 x DC motor with wheel
1 x Micro servo motor
4 x Grove to female header cable
1 x 4xAA battery holder with DC plug
4 x AA battery
1 x Castor
1 x Mini screwdriver
Rivets
Double-sided tape

This beginner-friendly micro:bit kit is specially designed to encourage kids to explore STEAM and learn coding.

You can easily program EDU:BIT using open-sourced Microsoft MakeCode Editor. Just add EDU:BIT MakeCode Extension and you’re good to go. If you’re a beginner, you can start with the block programming mode; simply drag, drop and snap the coding blocks together. For more advanced users, you can easily switch into JavaScript or Python mode on MakeCode Editor for text-based programming.

New to coding? Don’t worry. This kit comes with a booklet covering 10+1 hands-on coding lessons, which have been creatively structured to introduce programming basics in a fun and engaging manner. Each chapter features a classic childhood game such as Rock Paper Scissors, Snakes and Ladders, Twister, and Simon Says. Follow the step-by-step guide to build the games and then have fun playing with your friends! *Game accessories are provided in this kit.



At the end of each chapter, there is a challenge which requires you to apply what you’ve learned to build a useful application for your classroom. Give it a try and if you’re stuck, we’re always here to help you. You can go to our online Resource Hub for sample codes and extra resources.

SPECIAL FEATURES

Start having fun with EDU:BIT right out of the box. Start coding right away and see your board lights up and plays melody with the press of a button. No wiring required when used as a training kit. 

Cannot control servo motor and play music at the same time on your micro:bit? Servo motor refuses to move correctly? Worry no more! EDU:BIT takes care of these issues with its dedicated controller and power supply. It can even support up to 3 servo motors and 2 DC motors to actuate any creative projects you will build.

Each feature and its associated micro:bit IO pin is clearly labeled on the board for easy reference. In addition, indicator LEDs are built in on EDU:BIT to ease troubleshooting for both digital and analog IO pins. 

Ready to build your own projects? You can break off the modules on EDU:BIT board for more flexibility in your project design. Plug-and-play cables are provided for you to connect the broken off Bits to the main board. 

Features







EDU:BIT Specifications

• 1x Piezo buzzer with audio jack
• 1x Sound sensor
• 1x Potentiometer
• 1x IR sensor
• 4x Programmable RGB LEDs 
• 3x Big LEDs (traffic light module - red, yellow green)
• 2x Push buttons 
• 3x ports for servo motors
• 2x ports for DC motors
• 1x port for I2C Interface (3.3V)
• Dimension:  157.50 mm x 124.50 mm x 19.00 mm

You will also need a battery holder and some batteries

Note: Not suitable for children under 4 years old!

Note: Download the softcopy instruction manual (English) here. 

The solar panel is meant for OUTDOOR actual sunlight, indoor lighting will NOT generate sufficient energy to drive the car.

It's time to make your own toy! Better yet, a solar-powered wooden car! Get this kit to keep your kids occupied with hands-on activities while enjoying the "robot" moving around that is powered by green energy, renewable energy - Solar Power. This DIY kit is simple enough to be built by 4 years old children, with parent's help. And children 6 years old and above can build it by themself! Let them explore solar power and how it can help to save the earth by utilizing it! You can also let your kids understand how solar panel works and electric motor works. Awesome! 

What's in the box?

Wooden parts for the car body
1 x Solar Panel
4 x Plastic wheels for the car
1 x Small DC Motor
1 x small plastic gear
1 x Rubber band
2 x small iron rod as the shaft for wheel
Some double-sided tape
Sanding filer

Resources

• Simple Instruction Manual (pdf)

Looking for a suitable micro:bit expansion board to build a robot with DC Motors and Servo Motors?

Introducing the new member to our family - MOTION:BIT.

This is a brainchild of makerspace.UTHM & Cytron Technologies, in collaboration with ISOBOT and Elvira Systems.













Program your MOTION:BIT with Microsoft MakeCode Editor graphical programming interface. Just install MOTION:BIT MakeCode Extension and you may start to code your projects. If you’re a beginner, you can start with the block programming mode; simply drag, drop & snap the coding blocks together. For more advanced users, you can easily switch into JavaScript or Python mode on MakeCode Editor for text-based programming.

Features

Board Layout

What's in the box?

1 x MOTION:BIT
1 x Tiny Phillips Screwdriver
3 x Grove to JST-SH(qwiic) Cable
4 x Silicone Bumper


You might also need....

You'll find our battery selection here
Looking for a suitable micro:bit?
and a USB cable

Looking for a suitable micro:bit expansion board to build a robot with DC Motors and Servo Motors?

Introducing the new member to our family - MOTION:BIT.

This is a brainchild of makerspace.UTHM & Cytron Technologies, in collaboration with ISOBOT and Elvira Systems.













Program your MOTION:BIT with Microsoft MakeCode Editor graphical programming interface. Just install MOTION:BIT MakeCode Extension and you may start to code your projects. If you’re a beginner, you can start with the block programming mode; simply drag, drop & snap the coding blocks together. For more advanced users, you can easily switch into JavaScript or Python mode on MakeCode Editor for text-based programming.

Features

Board Layout

What's in the box?

1 x MOTION:BIT
1 x Tiny Phillips Screwdriver
3 x Grove to JST-SH(qwiic) Cable
4 x Silicone Bumper
1 x  micro:bit V2.2
1 x USB micro B cable black


You might also need....

You'll find our battery selection here

Seeking for the ideal carrier board for your Raspberry Pi Compute Module 4/5 (CM4/5)? Introducing the CM4/CM5 Maker Board.



What is the Raspberry Pi Compute Module 4/5?

The CM4/CM5 has an option for cost-sensitive applications to be supplied without the eMMC fitted; this version is called the CM4Lite. The form factor of the new CM4/CM5 is different from previous Compute modules, which have all shared a form factor. The change is due to the addition of new interfaces; a second HDMI, PCIe, and Ethernet. The addition of these new interfaces, especially PCIe, would not have been possible while preserving the older form factor. Instead, the electrical interface of the CM4/CM5 is via two 100-pin high-density connectors. While the switch to a newer form factor has allowed a reduction in the footprint. The total footprint of the CM4/CM5, including the socket, is smaller with the new form factor design.

What's on the Board?

• 10x GPIO LED
• 1x microSD Card Slot
• 1x CSI Camera Port
• 1x DSI Display Port
• 5x Grove Ports
  • 2x GPIO Ports (GPIO 5, 6 & 23, 24)
  • 1x PWM Port (GPIO 12, 13)
  • 1x UART Port (GPIO 14, 15)
  • 1x I2C Port (GPIO 2, 3)
• 1x Maker Port (JST-SH 4-Ways Connector)
• 3x User Buttons
• 1x Analog Audio Out
• 1x Piezo Buzzer
• 1x Buzzer Mute Switch
• 2x Power Buttons
• 1x RTC Battery Holder

• 1x PCF85063A RTC 
  (Note: DSI & CSI are prohibited when using RTC)
• 1x External Power Button Header
• 1x Boot Switch
• 1x M.2 Connector
• 2x M.2 Mounting Hole
• 1x USB-C
• 1x HDMI
• 4x USB 2.0 Host
• 1x Gigabit Ethernet
• 1x CM4 Socket
• GPIOs Breakout
• 1x DC Power Jack
• 4x Status LEDs

What's in the box?

1 x CM4 Maker Board
4 x Silicone Bumper feet

Resources

• Getting Started Guide with CM4 Maker Board
• CM4 Maker Board Datasheet
• CM4 Maker Board CAD File
• Compute Module 4 Product Brief
• Compute Module 4 datasheet
• Compute Module 4 CAD file
• Compute Module 4 Lite (without eMMC) CAD file
• Raspberry Pi Getting Started by raspberrypi.org

Your new best friend in crafting imaginative projects. Designed to integrate effortlessly with the Raspberry Pi Pico and Pico W, it’s equipped with a 2-channel DC motor driver, 4 servo motor ports, and 7 Grove I/O connectors. Whether you're designing a WiFi-controlled robot car or building a smart IoT project system, Robo Pico is here to make it an enjoyable journey.

Connections Made Simple

No more stumbling around with tricky wiring or setups. Connections are simple with Robo Pico. All GPIO pins are thoughtfully arranged at the edge through the Grove and Maker ports, which skips the need for soldering and enables quicker connection of any Qwiic, STEMMA QT, or Grove I2C device. Meanwhile, all Raspberry Pi Pico or Pico W pins can be accessed via two 20-way pin headers. With Robo Pico, you only need to press a single button to reset the microcontroller, eliminating the hassle of plugging and unplugging the USB cable repeatedly.

Power Up The Way You Like

There are three ways to supply power to the Robo Pico - via the Raspberry Pi Pico / Pico W USB (5V) socket, with a single-cell LiPo/Li-Ion battery, or through the VIN (3.6–6V) terminals. However, only one power source is needed to power up both controller board and motors at a time. The power supply from all these power sources can all be controlled with the power on/off switch onboard.

What's on the Board?

This is a Raspberry Pi HDMI to CSI-2 Module with Toshiba TC358743XBG chip, HDMI input supports up to 1080p25fps. This module does not support OctoPi.

Many have used this module as KVM (Kernel-based Virtual Machine), or sometimes is called Keyboard Video Mouse :) This device helps to manage servers or workstations remotely, regardless of the health of the operating system or whether one is installed. You can fix any problem, configure the BIOS, and even reinstall the OS using the virtual CD-ROM or Flash Drive.

Pinout


Features

• Input signal: HDMI
• Output signal: CSI
• HDMI Input:
  • 720p50
  • 720p60
  • 1080i50
  • 1080p25
• Function: HDMI to CSI-2
• Limitation: HDMI input supports up to 1080p25fps
• Usage: Same as standard Raspberry Pi camera
• Chip: Toshiba TC358743XBG
• Compatible with Raspberry Pi-based KVM over IP.

• • Raspberry Pi 5 (would need different FFC cable for Pi 5)
  • Raspberry Pi 4B
  • Raspberry Pi 3 Model B, 
  • Raspberry Pi 3 Model B+
  • Raspberry Pi 2
  • Raspberry Pi Zero (would need different FFC cable for Pi Zero)
    
    

• Toshiba TC358743XBG datasheet, pdf file
• Pi-KVM.org, Open and cheap DIY IP-KVM on Raspberry Pi
• Github, by Pi-KVM.org
• https://youtu.be/9YhPWjWv5gw
• https://youtu.be/plP9Y1likRg

Motion 2350 Pro - Advanced Robotics Controller for Beginners

It has been a few years since the first microcontroller by Raspberry Pi, the RP2040, was launched. Now, Raspberry Pi has introduced the latest upgraded processor, the RP2350. Introducing MOTION 2350 Pro, designed by Cytron, leveraging the new RP2350 processor. Built for beginner and intermediate users to experience the Pro version of the board. Ideal for those who want to build an advanced robot, minimize efforts on electronics, and focus on mechanics.

More Power, More Ports, More Connectivity

The Motion 2350 Pro features an advanced DC motor driver capable of controlling up to 4 brushed DC motors (3A Max each channel), with voltage ratings from 3.6V to 16V. Building a powerful robot with mecanum wheels has never been easier, thanks to this robust 4-channel driver! Additionally, the controller is equipped with 8-channel 5V servo ports, 8-channel GPIO breakout, and 3 Maker Ports, enabling you to connect a wide array of components and sensors. The highlight? The Motion 2350 Pro comes with a direct USB host for a USB joystick/gamepad, ensuring true plug-and-play convenience.

Favourable Maker Features

“Maker” features have been a signature of Cytron products. GPIO references printed on the silkscreen and colored headers help beginners connect components to the correct GPIO pins. The built-in quick test buttons and motor output LEDs allow for quick and convenient functional testing of the motor driver without writing any code. The user buttons and piezo buzzer are also beneficial for running simple commands, eliminating the need for extra wiring! Of course not to forget the LED indicator for each Digitial IO pin.

The MOTION 2350 Pro combines the Raspberry Pi Pico 2, the benefits of the Maker series, an advanced robot controller, and other useful features. Therefore, this board is compatible with the existing Raspberry Pi Pico ecosystem. Software, firmware, libraries, and resources developed for Pico should work seamlessly with the MOTION 2350 Pro allowing users to program in familiar environments such as Python (MicroPython, CircuitPython), C/C++, and Arduino IDE (coming soon).

CircuitPython is preloaded on the MOTION 2350 Pro, running a simple demo program right out of the box. Connect it to your computer via a USB-C cable and turn it on. You will be greeted by a melody tune and running LED lights. Press the GP20 and GP21 push buttons to run another demo code. With this demo code and quick test buttons, you can test the board the moment you receive it!

Specifications

• Powered by Raspberry Pi RP2350
  • Dual-core Arm Cortex-M33 processor
  • 520KB internal RAM
  • 150MHz Frequency Clock
  • 2MByte Flash
• Robot Controller Board
  • 4 x DC Motor Driver (with quick test buttons)
  • 8 x Servo Motor
  • 8 x 3V GPIO Breakout
• Input Power
  • VIN Terminal: 3.6V - 16V
  • USB Type-C: 5V
• Maximum DC Motor Current, each channel
  • Continuous: 3A
  • Peak: 5A
• 24 x Status indicator LEDs
  • 8 x for Servo Port
  • 8 x for 3V GPIO Breakout
  • 8 x for DC Motor Driver
• 12 x Push Button
  • 8 x Quick Test Button for DC Motor 
  • 2 x User Button
  • 1 x BOOT Button
  • 1 x RST Button, for reset
• 3 x Maker Port
• 2 x RGB LED (Neopixel Compatible)
• 1 x USB Host
• 1 x Piezo Buzzer (with mute switch)
• 1 x On/Off Switch (with MOSFET Shock-Proof Circuit)
• Preloaded with CircuitPython by default
• Programming Language
  • CircuitPython
  • MicroPython
  • C/C++
  • Arduino (coming soon)
• Board Dimension: 95.2 x 57.2 x 8 (height) mm

What's in the box?
 

1 x MOTION 2350 Pro

1 x STEMMA QT / Qwiic JST SH 4-pin Cable with Female Sockets (150mm)

2 x Grove to JST-SH Cable (200mm)

1 x Set of Silicone Bumper

4 x Building Block Friction Pin

1 x Mini Screwdriver

Resources

MOTION 2350 Pro Datasheet

MOTION 2350 Pro CircuitPython

MOTION 2350 Pro 3D CAD

RP2350 Datasheet (pdf), by Raspberry Pi

Getting Started with MOTION 2350 Pro, tutorial by Cytron Technologies

CircuitPython mainpage

MicroPython mainpage

SDK C/C++, from Raspberry Pi

Article by CNX Software

"TT" gearbox motors have been popular since we carried the TT motor + wheel kit back in 2018, many have feedback for us to carry the motor itself, so here you are the yellow "TT" motor. This is a TT DC Dual Axis Plastic Gearbox Motor with a gear ratio of 1:48, which will provide nearly double the speed of the Blue metal TT motor that has a 1:90 gear ratio. Of course, you can always control the speed via PWM from Arduino or any microcontroller with a suitable motor driver. These motors are being used in building mobile robots, for example, Bocobot:

You can power these motors with 3VDC up to 6VDC, they'll of course go a little faster at the higher voltages. We grabbed one motor and found these stats when running it from a bench-top supply

• At 3VDC we measured 150mA @ 120 RPM no-load, and 1.1 Amps when stalled
• At 4.5VDC we measured 155mA @ 185 RPM no-load, and 1.2 Amps when stalled
• At 6VDC we measured 160mA @ 250 RPM no-load, and 1.5 Amps when stalled

Note: These are very basic motors, and have no built-in encoders, speed control or positional feedback. Voltage goes in, rotation goes out! There will be variation from motor to motor, so a separate feedback system is required if you need precision movement.

You will need a suitable motor driver to drive this motor as microcontroller cannot drives it directly! Here are some of our recommedation:

• Maker Drive - Vmotor from 2.5V to 9.5VDC, 1.0 A continuous output current per channel, dual channel
• L9110S 0.8A Dual Mini Motor driver

What's in the box?
 
1 x Dual Axis TT Plastic Gear Motor

The Maker-Friendly Zipper Case, a great way for keeping tech accessories and small essentials safe and organized. Crafted from nylon with a polyester internal lining, this pouch provides excellent protection against scratches and impacts, ensuring your items remain secure.

Whether it’s charging cables or microcontrollers, the case keeps everything in place, so you can focus on your day without worrying about your gear. Compact and lightweight, this case is designed for convenience. It is perfect for slipping into your bag without adding bulk. Ideal for daily use, whether you’re traveling, or simply organizing your workspace, the Maker-Friendly Zipper Case is the best choice.

Specifications 

The FS90R continuous rotation servo converts standard RC servo position pulses into continuous rotation speed. The default rest point is 1.5 ms, but this can be adjusted by using a small screwdriver to turn the middle-point adjustment potentiometer. Pulse widths above the rest point result in counterclockwise rotation, with speed increasing as the pulse width increases; pulse widths below the rest point result in clockwise rotation, with speed increasing as the pulse width decreases.

Features and Spec:

• Analog continuous rotation RC Servo
• Operating voltage: 4.8V to 6.0V
• Lead Length: 200mm
• Max Speed @ 6 V: 130 RPM
• Max Speed @ 4.8 V: 100 RPM
• Stall torque @ 6 V: 1.5kg/m
• Stall torque @ 4.8 V: 1.3kg/m
• Wiring:
  • Orange for RC Signal
  • Red for VCC (positive of power)
  • Brown for GND (negative of power)
• Weight: 9g.
• Size: 23.2mm x 12.5mm x 22mm.

What's in the box?

1 x Micro 360 Degree Continuous Rotation Servo

What's in the box?

1 x MQ135 Air Quality Sensor Module

The Relay breakout board is a convenient board to be used with 5V microcontrollers such as SK40C, SK28A, Arduino, SKds40A, SK18B. You can easily use 5V signal to control the relay. Three inputs:

• VCC = 5V is needed
• GND = Common Ground, 0V
• IN = Control signal need to be 5V 0V to activate the Relay (Active Low)

The relay terminals (COM, NO, and NC) are brought out using a 3-way screw terminal. On-board relay is rated at 10A. It can be used in many applications: controlling high voltage, high current loads such as motor, solenoid valves, lamps, and AC load. It also comes with 2 LEDs to indicate the status power (VCC) and the status of the relay.

Note: This is an active-high active-low device, which means logic high (5V) low (0V) at pin IN will trigger the relay.

• Digital output controllable
• Compatible with any 5V microcontroller, SK40C, SK28A, SK18B, SKdsPIC, Arduino
• Single relay board
• Maximum switching voltage: 250VAC/110VDC
• Control signal: TTL level
• Contact Capacity (Res. Load): 10A 125VAC
• Max. switching current: 10A
• Max. Allowable Power Force: 800VAC/240W
• Logic: Active Low (Feb 2020 onwards)

What's in the box?

1 x Single Channel 5V Relay Breakout Board

Designed for hands-on learning, the Kitronik Mai-Z is a versatile educational robot built for the BBC micro:bit. Whether you're diving into coding with MakeCode’s block-based editor or exploring a world beyond monitor screens with our exclusive Screen-Free Programming add-on pack, Mai-Z makes STEM learning intuitive and fun. It’s even fully compatible with MakeCode CreateAI, allowing for gesture-based control and AI-powered coding right out of the box. Aligned with UK and US curricula, Mai-Z empowers both learners and teachers to master core computing concepts through interactive, project-based activities.

Mai-Z has an impressive array of features, and each feature provides a new and exciting learning opportunity. Features include: Line following sensors, distance sensors, edge detecting sensors, 4 x programmable ZIP LEDs, a pen holder, scoop, button holes for micro:bit A/B button access, BBC micro:bit edge connector, rechargeable LiPo battery, speaker, USB-C charging port, on/off switch, and status LED.

Make full use of your micro:bit’s built-in tech. From accelerometer-based steering to compass-guided driving, Mai-Z makes robotics interactive and exciting. You can even control the Mousebot with gestures via MakeCode CreateAI. The motors driving Mai-Z's wheels are specifically designed for steady straight-line driving, which makes things such as line following and obstacle avoidance a smooth experience.

Mai-Z is a feature-rich, robot Mouse buggy designed to make coding and robotics accessible, hands-on, and engaging for students aged 8–14. Developed for use with the BBC micro:bit, Mai-Z supports both MakeCode block-based programming and screen-free coding via our innovative Screen-Free Programming Pack, perfect for flexible learning environments. Whether you’re teaching in a classroom, running a STEM club, or looking for inclusive, progressive tech tools, Mai-Z offers a low-barrier of entry into computing and robotics, with room to grow into more complex challenges, including AI integration via MakeCode CreateAI.

Mai-Z has been engineered to drive straight, turn precise angles and travel specific controlled distances (unlike many other programmable buggies). We have done this by continuously monitoring motor encoder data, enabling Mai-Z to automatically adjust for any deviations in position or turning speed, ensuring precise and consistent movement. The result? Exceptionally smooth, precise movement that feels effortless and refined.

Power: Mai-Z features a Standard USB-C Charging Port. Mai-Z will charge regardless of the status of the power switch, and can be safely used whilst it is being charged. The charger must be capable of providing 5V, at least 1A over a USB-C Connection.

Features

• Mai-Z, the ultimate programmable robot buggy for young coders aged 8–14!
• Code Mai-Z with MakeCode drag-and-drop block-based coding.
• Code Mai Z with Screen-Free Coding add-on pack: No screens? No problem. Use the code blocks and recorder board for hands-on, unplugged programming, perfect for younger learners.
• Line-following, edge-detecting & distance sensors.
• 4 x programmable ZIP LEDs.
• Onboard speaker + USB-C rechargeable LiPo battery.
• Pen holder & ball scoop for creative and competitive tasks.
• Edge connector for attaching the BBC micro:bit to Mai-z.
• Easy access to micro:bit A/B buttons.
• Status LED, on/off switch & smooth.
• Smooth and accurate motor control.
• Teaching resources are aligned for both US & UK teaching.
• Great for coding clubs, STEM lessons, and home learning.
• Make full use of your micro:bit’s built-in tech. From accelerometer-based steering to compass-guided driving, Mai-Z makes robotics interactive and exciting.

Dimensions

• Length: 117mm.
• Width: 105mm.
• Height: 45mm.

What's in the box?

1 x Kitronik Mai-Z the MouseBot for BBC micro:bit.
1 x 20cm USB A to USB C charging cable.
1 x A6 2-sided fold-out sheet.

• • Side 1: Full set of Instructions.
  • Side 2: Line following track.

Rewuires

• 1 x BBC micro:bit
• 1 x 5V Charger and 1 x USB-C cable.

Resources

• Mai-Z Specifications Sheet.