New product
mBot2 Robot Class Kit
Powered by the advanced CyberPi microcontroller, the mBot2 Robot Class Kit makes classroom robotics and AI learning approachable, engaging, and hands-on. With built-in sensors, Wi-Fi connectivity, and expandable coding pathways, students move from beginner programming to advanced computer science concepts. Designed for classrooms and STEM labs, the kit includes a detailed educator guide, standards-aligned lessons, and a rolling storage case for easy organization and transport.
CyberPi Controller Powers Advanced Learning
The mBot2 is powered by the CyberPi microcontroller, which includes built-in sensors, a full-color display, and Wi-Fi communication capabilities. These features allow students to program interactive robotics systems that can analyze data, display information, and connect with digital environments. The rechargeable battery supports repeated classroom use without the need for disposable batteries.
Hands-On Robotics and AI Exploration
This robotics classroom kit helps students explore robotics, artificial intelligence, and data science through hands-on experimentation. Built-in sensors collect environmental data and trigger responses, allowing students to program robots that react to real-world conditions. Voice control features and sensor-based automation help learners understand how intelligent machines operate in modern technology systems.
Build Coding Skills from Beginner to Advanced
Students start programming using block-based coding and gradually progress to Python programming as their skills grow. This learning pathway supports both introductory STEM learning and more advanced computer science instruction. The mBlock platform, a free and open-source coding environment, works across Windows, Mac OS, Linux, and Android devices, making it easy for classrooms to integrate robotics into existing technology programs.
Connects STEM Learning to Career Pathways
The mBot2 Robot Class Kit supports Career and Technical Education pathways in robotics, automation, and information technology. Students gain experience with programming logic, data analysis, sensor technology, and automated systems. These skills connect directly to careers in robotics engineering, artificial intelligence development, computer science, manufacturing automation, and Internet of Things technology.
Classroom-Ready Robotics Instruction
Teachers receive downloadable standards-aligned lessons that guide students through robotics challenges, coding projects, and engineering design activities. Features like line-following capabilities allow students to explore real-world automation systems used in manufacturing, logistics, and robotics navigation technologies. Assembly required. Accommodates 18 students. Recommended for Elementary.
Standards: Aligns with CSTA.
CHOKING HAZARD (1). Not for under 3 yrs.
Benefits for STEM Learning
- Supports hands-on exploration of robotics, artificial intelligence, and data science
- Builds coding skills from block-based programming to Python
- Promotes real-world problem-solving through sensor data and automation
- Introduces students to robotics, automation, and computer science careers
- Encourages collaboration, computational thinking, and engineering design
- Accessible for beginners while supporting advanced STEM learning pathways
Bring robotics, AI, and real-world technology into your classroom with the mBot2 Robot Class Kit and help students discover the future of STEM careers.