Product Description:

The MATRIX R4 Robo Set is a cutting-edge robotics education kit crafted for both learning and competitive environments. Powered by the Arduino UNO R4 WiFi, this versatile robot car combines high-performance programming with the mechanical durability of MATRIX’s metal building system. With dual programming support, third-party sensor compatibility, and LEGO brick integration, it’s an ideal platform for students, educators, and aspiring robotics champions.

What’s Included:

The kit includes the MATRIX R4 Controller, Arduino UNO R4 WiFi board, metal building blocks, motors, wheels, and compatible parts for LEGO integration—everything needed to build, code, and compete.

Key Features:

The MATRIX R4 Robo Set offers advanced wireless connectivity, versatile programming options, robust sensor integration, and a durable, modular design compatible with LEGO bricks making it perfect for education and competitive robotics.

Powered by Arduino UNO R4 WiFi:

Advanced wireless capabilities and strong processing power for seamless robotics control and cloud-based applications.

Dual Programming Environments:

Supports both MATRIXBlock (Blockly-based visual coding) for beginners and Arduino IDE for advanced C++ programming—ideal for progressing through skill levels.

Third-Party Sensor Integration:

Allows the use of additional components such as ultrasonic, infrared, and environmental sensors—enabling complex interactive projects.

Metal & LEGO-Compatible Blocks:

Durable construction system with modular metal parts and LEGO compatibility, enabling endless structural design possibilities.

Industrial-Level Standards:

Built for reliability and scalability, making it ideal for STEAM classrooms, labs, and competitive robotics events.

Competition Ready:

Engineered to meet the needs of national and international robotics challenges such as World Robot Olympiad (WRO), FIRST Tech Challenge (FTC), and WorldSkills.

Educational Objectives:

The MATRIX R4 Robo Set empowers learners to develop essential STEM skills through hands-on programming, mechanical design, and critical thinking challenges.

Programming Foundations:

Students learn both block-based and text-based programming using MATRIXBlock and the Arduino IDE—ensuring a smooth transition into real-world coding.

Computing & Robotics Concepts:

Practical understanding of programming logic, input/output control, data handling, and algorithmic thinking, applied through real robotics projects.

Mechanical & Structural Design:

Using MATRIX’s metal parts, students explore gear ratios, motion systems, and structural integrity—developing mechanical engineering skills in real time.

Hardware & Software Integration:

Bridges the gap between physical hardware and digital logic, reinforcing knowledge of how code interacts with sensors, motors, and the environment.

Critical Thinking & Creativity:

Encourages iterative design and innovation through problem-solving tasks, challenging students to create, test, and optimize robotic systems.

MATRIX R4 Controller:

At the core of the MA300 is the MATRIX R4 Controller—a high-performance microcontroller that supports both beginner-friendly Blockly and advanced Arduino C++ libraries. Ideal for classroom experiments, custom development, and competitive projects, it ensures a smooth path from learning to innovation.

Ideal for Competitions:

Designed for serious contenders, the MATRIX R4 Robo Set meets the technical and structural needs of leading robotics tournaments:

• World Robot Olympiad (WRO)
• FIRST Tech Challenge (FTC)
• WorldSkills Robotics

Its flexible building system, powerful controller, and coding versatility make it the ultimate choice for students and mentors aiming to build award-winning robots.