MPBOT S

Two Models
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Model |
MPBOT S1 |
MPBOT S2 |
|
|
Scenario |
Course kit |
Contest kit |
|
|
Image |
|
|
|
|
Controller (with lithium battery) |
1 |
1 |
|
|
Actuator |
Motor |
2 |
2 |
|
Servo motor |
1 |
1 |
|
|
Open-loop motor |
1 |
1 |
|
|
Full color light |
2 |
1 |
|
|
Sensor |
Infrared sensor |
1 |
|
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Sound sensor |
1 |
|
|
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Integrated 5-Grayscales Sensor |
1 |
1 |
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Color Sensor |
1 |
1 |
|
|
Other |
Blocks |
700+ |
500+ |
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Two-Platform Programming
MPBOT S series supports both micro-brain key-screen programming and PC blocks/Python programming
Key & screen interaction delivers more intuitive handheld operation
The palm-sized MPBOT S main controller adopts an interactive programming method combining keys and screens, and the keyboard is magically controlled. Programming only needs to be pressed lightly, and the programs run one by one, so that the Micro-brain programming robot can be seen step by step.
Abundant programming buttons and sensors
25+ Electronic Components: A diverse range of motors (encoder, open-loop, servo, expansion models), advanced sensors (infrared, ultrasonic, gyro, flame, touch, sound, light, temperature/humidity, 5-channel grayscale, line-following), and functional modules (fan, RGB LEDs, buzzer, display, vision module).
70+ LEGO-Compatible Blocks: High-precision ABS plastic building blocks compatible with major LEGO systems, enabling modular construction and creative prototyping.
Three operating modes, unlimited creativity
Real-time Control
Bluetooth Connection
Key Screen Programming
Multiple sensors and motors
Curriculum
The MPBOT S1 course, developed through collaborative research by leading institutions including Nashenbot Artificial Intelligence Education Research Institute, Zhejiang University, Tongji University offers a comprehensive AI education framework. This interdisciplinary curriculum integrates competitive robotics, project-based learning, and programming fundamentals with standardized evaluation methods, creating a tiered system that caters to learners at all levels. Designed to bridge theoretical knowledge with practical applications, the course emphasizes hands-on innovation while aligning with academic rigor.
There are 64 lessons in total, divided into 4 levels as below:
Level 1: Basic, common mechanical structures, single-motor control, basic programming, 16 lessons;
Level 2: Intermediate, sensor and multi-motor control, advanced programming, 16 lessons;
Level 3: Advanced, multi-sensor collaborative programming, advanced modes, 16 lessons;
Level 4: High, computer programming applications and real-world problem solving, 16 lessons.

MPBOT Big Block (Aged 5-8)
MPBOT 609
MPBOT Series (Aged 6-10)
MPBOT S Series (Aged 6-12)
AISTEAM Series (Aged 9-18)
GAR Contest Series
Version A-26
International Robotics Competition
Multinational Exchange Program
Global Study Tour
About GAR

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