Simplifies coding
and complex robot projects
Learn different coding languages
Coding with mBlock, students will start with block-based coding, and upgrade to python programming in the same platform.
Get started with prepared tutorials
It includes everything you need for the first four robotics projects - as well as standard-alignment lessons and ever-growing projects in Makeblock STEM Class Center.
Control mBot2 in your favorite way
No matter what your skill level, you can have the mBot2 perform precise tasks - use the Makeblock app, Bluetooth controller, or upload programs to get it going!
Combination of AI and IoT
mBot2 can be trained to perform advanced tasks like image recognition, pose recognition, video recognition through Machine learning in mBlock.
Rich sensors for further creation
mBot2 supports repeated disassembly. Using the same programmable mainboard and sensor module, students can create unlimited DIY electronics projects with 3D printers or laser cutters.
Real beginner-friendly robot
With its simple and compact design, mBot2 is easy to assemble (30mins), store, and start coding with, making a perfect robot building kit for beginners.
Learning Resources
Basic Courses
- Lesson 1 - Let's move
- Lesson 2 - Sensing = Data
- Lesson 3 - Listen to mBot2
- Lesson 4 - Seeing with sound
- Lesson 5 - Sightseeing
- Lesson 6 - Careful drive
- Lesson 7 - A network game
- Lesson 8 - mBot2 at your service
- Lesson 9 - mBot2 in the wild
Basic Cases
- Case 1 - Hello World
- Case 2 - Control the LEDs
- Case 3 - CyberPi says "Hi"
- Case 4 - Detect the Light Intensity
- Case 5 - Detect the Loudness
- Case 6 - Detect Rotation Angles
- Case 7 - Control the Buttons
- Case 8 - Control the Joystick
- Case 9 - Access the Internet
Get 14-day STEAM Lessons Plan
Just starting to introduce robotics into your teaching? Use this guide to build engaging STEAM robotics programs!
Introduce mBot2 into My…
mBot2 Coding Bundle
(1 Robot)
By simply dragging and dropping coding blocks and following the 15 coding project cards, kids will gradually master how to program their robot to perform a wealth of tasks.
Learn more >
mBot2 Educational Kit
(6 Robots)
With 6 mBot2 robots, along with storage, charging, and activity materials, introducing your students to the world of robotics and coding is a breeze.
Learn more >
Enjoy Playtime with mBot2
While Cultivate
AI Literacty at the Same Time
Pose Recognition
Use your body posture to control mBot2 to sing and dance. Click on the video to learn how to do this project step-by-step!
Open the Program >
What you need for this project
In this project, you'll use mBlock's Machine Learning 2.0 - Poses Recognition feature to categorize different body postures and give them unique meanings. By programming mBot2, you can command mBot2 to move forward, backward, spin and sing with movements!
Image Recognition
Make the mBot2 Rover present the same expression as you. Click on the video to learn how to do this project step-by-step!
Buy Now > Open the Program >
What you need for this project
In this project, you will use mBlock's Machine Learning 2.0 - Image Recognition feature to categorize different images and give them unique meanings. By programming mBot2 Rover, you can control it to display happy, excited or sad faces by your own expression.
Buy mBot2 Rover Now >Audio Recognition
Make CyberPi recognize different cat sounds and classify them into corresponding categories. Click on the video to learn how to do this project step-by-step!
Open the Program >
What you need for this project
In this project, you will use mBlock's Machine Learning 2.0 - Audio Recognition feature to to categorize cat purrs and give them unique meanings. By programming CyberPi's on-board recorder and speaker, you can use it to interact with cats and learn the meaning of their sounds!
Buy CyberPi >
mBlock - The Best Programming Software
20 million+ teachers and children all over the world are using mBlock as their best programming app.
mBlock is a free and open-source software supporting block-based coding and Python programming.
mBlock has strong capabilities such as Artificial Intelligence and the Internet of Things supporting various coding projects.
mBlock is available for multiple devices and systems such as Windows, Mac, Linux, iOS, and Android.
Windows
Mac
Linux
iOS
Android
See What the Pros Think
This sturdy little aluminum-framed robot can be built by kids (tools included!) and then used for some driving fun before serious coding learning even starts.
New Release
mBot2 Rover Robotics Kit
mBot2 Rover Robotics Kit is crafted for children to develop coding skills from beginner to advanced levels. lt facilitates outdoor exploration, interactive expressions, and gripping functions, enriching the coding and building journey.
Buy Now
Choose the Right Bundle that Suits Your Needs
Engaging Classroom Activities
Engaging Classroom Activities
Program mBot2 via block-based or Python. Our intuitive software coupled with comprehensive teacher's guides and lesson plans simplify your coding instruction, turning it from complex to fascinating.
Learn More >Thrilling Gameplay Modes
Thrilling Gameplay Modes
Master the remote, strategize your moves, and race to grab the most before time runs out! With the wireless communication capabilities, multiple mBot2s can battle it out simultaneously.
Learn More >Team Up on Class Project
Team Up on Class Project
With the mBot2's wireless communication capability, students can practice collaboration, exploration and problem-solving skills in rich STEM activity topics such as Smart Farming.
Learn More >Custom Expressions
Custom Expressions
Kids can customize their favorite emojis for mBot2 Rover, making Rover their true best friend.
Learn More >Level Up Your Building Skills
Level Up Your Building Skills
Start easily assembling the mBot2, then advance to building mBot2 Rover. This kit cultivates creativity and problem-solving skills for students of all levels.
Learn More >Embark on Outdoor Adventures
Embark on Outdoor Adventures
Take mBot2 Rover on multi-terrain outdoor adventures, navigating diverse terrains with ease.
Learn More >New Robotics Forms
New Robotics Forms
Extend mBot2 with this add-on pack to create robotic arm, robotic carrier, and surveying robot. See how additional sensors can make mBot2 even more useful in smart applications.
Learn More >New Classroom Activities
New Classroom Activities
With the mBot2's wireless communication capability, students can practice collaboration, exploration and problem-solving skills in rich STEM activity topics such as Smart Farming.
Learn More >New Educational Concepts
New Educational Concepts
The Smart World is an educational concept that brings real-life applications into the classroom by considering important areas of life where technology can become an enabler for the UNSDGs.
Learn More >We support school purchases via PO.
With Digital Fabrication tools,
Your Imagination is the Limit
mBot2 can be further disassembled into mainboards and modules,
combining seamlessly with the parts made from laser cutters or 3D printers.
See What They Create!
Sea Turtle Hero
This project aims to address the issue of marine debris by developing a robotic system to detect and remove plastic waste from the ocean.
Check out this project here.
Smart Compost Machine
This project aims to address the global issue of food waste by developing a smart compost machine.
Check out this project here.
Mini Smart Farm
This project aims to create a sustainable solution for urban gardening by developing a mini smart farm for attracting pollinators.
Check out this project here.
mBot2 Meets 3D Printer
3D printing is a game-changer for mBot2 enthusiasts. By creating custom parts, you can truly personalize your mBot2 and expand its capabilities beyond its original design. In this project, mBot2 is transformed into a gatekeeper that determines, through an automated process, whether another mBot2 needs to be let through.
Step 1
Use a 3D printer to create struts to hold a servo. Students will need to consider details such as wiring, fastening, and reasonable space to allow the parts of the servo that are attached to move.
Step 1
Use a 3D printer to create struts to hold a servo. Students will need to consider details such as wiring, fastening, and reasonable space to allow the parts of the servo that are attached to move.
Step 2
Use cable to connect servos to the servo port of mBot2 Shield.
Step 2
Use cable to connect servos to the servo port of mBot2 Shield.
Step 3
Move the server by writing a program. When the program is successfully run, the corresponding text will be shown on the CyberPi's display.
Step 3
Move the server by writing a program. When the program is successfully run, the corresponding text will be shown on the CyberPi's display.
Step 4
Test the whole program.
Step 4
Test the whole program.
mBot2 Meets Laser Cutter
Laser cutters are typically used for rapid prototyping of designs in makerspaces. Using mBot2's mainboard and accompanying mBuild sensors, easily combine Internet of Thing (IoT) into prototypes for a spot-on creative display. In this project, mBot2 is transformed into a smart box that can do a series of amazing tasks!
Step 1
Use a laser cutter to create parts for the box.
Step 1
Use a Laser Cutter to create parts for the box.
Step 2
Disamble mBot2 into a mainboard and a sereis of mBuild modules.
Step 2
Disamble mBot2 into a mainboard and a sereis of mBuild modules.
Step 3
Put them together! Make sure the wooden parts are positioned so that the sensors work can correctly.
Step 3
Put them together! Make sure the wooden parts are positioned so that the sensors work can correctly.
Step 4
Final tune up and preparation for presentation.
Step 4
Final tune up and preparation for presentation.
Explore More Playful Creating with Extension Kits
Rover Robotics Add-on Pack
Smart Camera Add-on Pack for mBot2
mBot2 Coding Project Boxes*3
Bluetooth Remote Controller
Rover Robotics Add-on Pack
Smart Camera Add-on Pack for mBot2
mBot2 Coding Project Boxes*4
Bluetooth Remote Controller
Product Specifications
| Mechanical material | Aluminumalloy |
|---|---|
| Processor | Xtensa® 32-bit LX6 dual-core processor |
| Clock speed | 240 MHz |
| Extended storage (SPI Flash) | 8 MB (Cyberpi memory) |
| Extended memory (PSRAM)
| 8 MB |
| Onboard sensor
| Light sensor, microphone, gyroscope, accelerometer |
| Other sensors | Ultrasonic sensor, quad RGB sensor, temperature sensor, IR emitter receiver sensor and more than 20 kinds of sensors |
| Other installed systems | Speaker, DC Motors, Led’s (colors) |
| Interfaces | USB, CyberPi memory |
| Operating system | Compatible with Windows, Mac OS, Linux, android, |
| Coding language | Scratch-like block coding, Python on mBlock, CyberPi can support Arduino IDE for c/c++ |
| Battery (included) | Built-in rechargeable LiPobattery |
| Charge time | 1 hour |
| Battery capacity | 2500 mAh |
| Playtime | ≈ 5 hours |
| Charge time | 1 hour via USB cable |
| Speed Max | Reach 20cm/s |
| External electronic modules | 8 motor& servo ports & 10+ chain up with 1 mBuild port |
| Communication mode | USB, Bluetooth option, 2.4GWi-Fi option |
| Compatibility | 500+ Makeblock electronic & mechanical parts, LEGO bricks + pencil |
| Dimensions | 90mm*180mm*130mm (h*l*L) |
