The StemAids Kitro:bot V2 with micro:bit Board is a compact educational robotics kit designed for coding, robotics, STEM learning, logic building, algorithm practice, sensor-based projects, and classroom automation activities. It combines the Kitro:bot V2 robot platform with a compatible BBC micro:bit board, allowing students to build, program, and test a working mobile robot.
This robot kit is suitable for schools, STEM labs, ICT classrooms, coding clubs, robotics labs, maker spaces, science exhibitions, and beginner programming courses. With two continuous-rotation servo motors, Grove ultrasonic sensor, RGB LEDs, buzzer, Grove expansion support, and micro:bit programming, it helps students learn robotics through practical hands-on projects.
Product Overview
The StemAids Kitro:bot V2 with micro:bit Board is designed to introduce students to robotics, programming, logic, and algorithms in an easy and interactive way. The robot can move forward, backward, turn left, turn right, detect obstacles, produce sound alerts, and display lighting effects using RGB LEDs.
The included micro:bit board acts as the programmable controller of the robot. Students can create programs using Microsoft MakeCode, JavaScript, Python, or MicroPython and upload them to the micro:bit to control the robot’s movement and behaviour.
Key Features
- Complete Beginner Robotics Kit: Includes Kitro:bot V2 robot platform with compatible micro:bit board for classroom use.
- Two Continuous-Rotation Servo Motors: Allows robot movement, turning, and basic navigation activities.
- Grove Ultrasonic Sensor: Supports obstacle detection, distance measurement, and autonomous movement projects.
- RGB LED Indicators: Useful for light effects, status indication, and creative robotics projects.
- Built-In Buzzer: Allows sound alerts, signals, warnings, and interactive project responses.
- Grove Expansion Ports: Additional ports allow connection of compatible Grove modules for extended projects.
- micro:bit Programming: Supports block coding, JavaScript, Python, and MicroPython depending on classroom level.
- Quick Assembly: Designed as an easy assembly kit suitable for classroom and home learning activities.
- STEM Project Ready: Useful for robotics, coding, automation, sensor projects, and algorithm practice.
- Optional Line-Follower Expansion: Supports line-following project expansion with compatible line follower modules where available.
Product Specifications
| Product Name | Kitro:bot V2 with micro:bit Board |
|---|---|
| Brand | StemAids |
| Product Type | Educational Programmable Robot Kit / micro:bit Robotics Kit |
| Main Controller | BBC micro:bit board included, version depending on supply configuration |
| Robot Platform | Kitro:bot V2 robot based on micro:bit and Grove technology |
| Motors | 2 continuous-rotation servo motors |
| Sensor | Grove ultrasonic distance sensor module |
| Lighting | RGB LEDs for visual output and project indication |
| Sound Output | Buzzer for alerts, sound signals, and interactive activities |
| Expansion | Additional Grove ports for compatible Grove modules |
| Power Supply | 3 LR06 / AA batteries, depending on supply configuration |
| Approximate Dimensions | 89 mm x 95 mm x 75 mm |
| Assembly Type | Kit to assemble, approximately 10 to 15 minutes depending on user experience |
| Programming Platforms | Microsoft MakeCode, JavaScript, Python, MicroPython, Mu Editor, and compatible micro:bit editors |
| Learning Areas | Robotics, coding, logic, algorithms, sensors, automation, movement control, and STEM projects |
| Recommended Users | Students, teachers, robotics beginners, STEM trainers, coding clubs, and institutional buyers |
micro:bit Board Features
| Display | 5 x 5 programmable LED matrix |
|---|---|
| Buttons | Programmable A and B buttons |
| Input Features | Accelerometer, compass, temperature sensing, light sensing, microphone, and touch logo depending on board version |
| Output Features | LED matrix, speaker, GPIO pins, radio communication, and serial communication depending on board version |
| Wireless | 2.4GHz radio and Bluetooth Low Energy support depending on board version |
| Connectivity | Micro USB programming and battery connector support |
How to Use the StemAids Kitro:bot V2 with micro:bit Board
- Assemble the Robot: Follow the assembly guide to fix the robot chassis, motors, wheels, ultrasonic sensor, battery holder, and screws.
- Insert the micro:bit Board: Place the micro:bit board carefully into the Kitro:bot connector or controller slot as per the kit design.
- Install Batteries: Insert three AA / LR06 batteries in the battery holder with correct polarity.
- Connect to Computer: Use a Micro USB cable to connect the micro:bit board to a laptop or desktop computer.
- Open Coding Platform: Use Microsoft MakeCode, Python editor, Mu editor, or another compatible micro:bit programming environment.
- Create a Program: Program the robot to move forward, stop, turn, detect obstacles, light RGB LEDs, or activate the buzzer.
- Download Code: Transfer the program to the micro:bit board.
- Power the Robot: Turn on the battery supply and place the robot on a flat surface.
- Test Movement: Check motor direction, speed, obstacle response, sound, and LED output.
- Expand the Project: Add Grove modules, line followers, sensors, or custom code to build advanced robotics activities.
Educational Benefits
The StemAids Kitro:bot V2 with micro:bit Board helps students learn robotics by connecting coding with real movement. It allows learners to see how instructions written in code control motors, sensors, LEDs, and sound output.
- Introduces robotics, programming logic, algorithms, and computational thinking
- Helps students understand motor control, sensor input, and output response
- Supports obstacle avoidance, movement control, and automation projects
- Encourages problem-solving through real-world robot behaviour
- Useful for STEM labs, coding clubs, maker spaces, and robotics competitions
- Suitable for individual learning, group projects, classroom demonstrations, and exhibitions
Example Projects
- Forward and backward robot movement
- Obstacle avoidance robot
- Ultrasonic distance measurement robot
- RGB LED signal robot
- Buzzer alert robot
- Remote-controlled micro:bit robot
- Autonomous navigation activity
- Line-following robot with optional accessories
- Smart city vehicle model
- STEM robotics exhibition project
Applications
- School robotics labs
- STEM and ICT classrooms
- Beginner coding lessons
- Micro:bit robotics activities
- Sensor-based automation projects
- Science fair and exhibition models
- Maker space learning
- Robotics club training
- Algorithm and logic practice
- Smart city and autonomous vehicle demonstrations
Why Choose StemAids Kitro:bot V2 with micro:bit Board?
StemAids provides practical STEM education products for schools, ICT labs, robotics classrooms, coding clubs, and maker spaces. The Kitro:bot V2 with micro:bit Board is a suitable choice for institutions that want a compact, easy-to-program, and classroom-ready robotics kit.
With two continuous-rotation servomotors, Grove ultrasonic sensor, RGB LEDs, buzzer, Grove expansion support, and included micro:bit board, this kit helps students build real robotic projects while learning coding, logic, sensor control, and automation concepts.
Safety and Maintenance Guidelines
- Use only compatible micro:bit boards, batteries, cables, and Grove modules.
- Insert batteries with correct polarity and remove them when the robot is not in use for a long time.
- Do not force motors, wheels, connectors, or the micro:bit board during assembly.
- Keep fingers, wires, and loose objects away from moving wheels.
- Disconnect power before changing sensors, modules, or wiring.
- Use the robot on a clean, dry, and flat surface.
- Keep the robot away from water, dust, excessive heat, and physical impact.
- Do not overload Grove ports with unsupported modules.
- Use under teacher or trainer supervision in school laboratories.
Google E-E-A-T Focus
This product content is prepared for school procurement teams, STEM coordinators, ICT teachers, robotics trainers, coding educators, and institutional buyers. It focuses on verified robot features, micro:bit compatibility, practical classroom use, safe handling, robotics learning value, and project-based STEM education to support Google E-E-A-T principles of experience, expertise, authoritativeness, and trustworthiness.
Frequently Asked Questions
1. What is the StemAids Kitro:bot V2 with micro:bit Board used for?
It is used for learning robotics, coding, sensor control, motor movement, obstacle detection, logic building, and STEM project development.
2. Is the micro:bit board included?
Yes, this product is described as the Kitro:bot V2 with micro:bit board. The exact micro:bit board version should be confirmed according to supply configuration.
3. Is this kit suitable for beginners?
Yes, it is suitable for beginners because students can start with block coding using Microsoft MakeCode and then progress to Python or MicroPython.
4. What sensors are included with the robot?
The robot includes a Grove ultrasonic distance sensor module for obstacle detection and distance measurement.
5. What motors does the Kitro:bot V2 use?
It uses two continuous-rotation servomotors for movement and turning.
6. Does the robot include lights and sound?
Yes, the Kitro:bot V2 includes RGB LEDs for light output and a buzzer for sound indication.
7. What batteries are required?
The robot commonly uses three LR06 / AA batteries. Battery inclusion depends on the supplied package.
8. Can students program it using Python?
Yes, students can program micro:bit-based projects using Python or MicroPython, provided the correct libraries and pin controls are used.
9. Can additional modules be connected?
Yes, the robot includes additional Grove ports for compatible Grove modules, allowing expansion with extra sensors and outputs.
10. Is it useful for school STEM labs?
Yes, it is suitable for STEM labs, ICT classrooms, robotics clubs, coding labs, maker spaces, and school innovation programs.
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