xTool mBot Ranger oktató robot

Many children struggle to connect abstract coding concepts with real-world applications, leaving them disengaged from STEM subjects. The xTool mBot Ranger solves this by offering a hands-on, buildable robot that transforms into three distinct forms: a rugged Robot Tank, a speedy Racing Car, and a self-balancing Robot. This versatility keeps learning fresh and challenging, making it an ideal tool for young engineers aged 8 and up.

Who is it for

This kit is perfect for curious kids, students, and beginners in robotics and programming. It suits educators and parents seeking a comprehensive STEM learning resource that grows with the child, from simple graphical coding to advanced Arduino programming.

Main features

• 3-in-1 design: build Robot Tank, Racing Car, or Self-Balancing Robot with the same kit.
• Powerful Me Auriga mainboard based on Arduino Mega 2560, offering 10 RJ25 ports for expansion.
• Program with mBlock (Scratch-based graphical interface) or Arduino IDE (C++).
• Includes 6 sensors: ultrasonic, line follower, light, gyroscope, temperature, and sound.
• Actuators: two encoder motors, buzzer, and RGB LED for interactive feedback.
• Durable anodized aluminum chassis, compatible with Makeblock modules and LEGO bricks.
• Wireless control via Bluetooth; wired via USB Type-B.
• Power options: 6x AA batteries or 1x 18650 Li-ion (both not included).

Specifications

• Microcontroller: ATmega2560
• Input voltage: 6V-12V DC
• Connectivity: Bluetooth, USB Type-B
• Sensors included: ultrasonic, line follower, light, gyroscope, temperature, sound
• Actuators: 2x encoder motors, buzzer, RGB LED
• Chassis material: anodized aluminum alloy
• Compatibility: Makeblock modules, LEGO bricks
• Software: mBlock (Scratch 2.0), Arduino IDE
• Supported OS: iOS, Android, Windows, macOS, Linux
• RJ25 ports: 10
• Recommended age: 8+ years

Tips

Encourage your child to start with the graphical mBlock programming to grasp logic, then gradually introduce Arduino IDE for text-based coding. The robot's three forms offer varied challenges, so suggest rebuilding periodically to explore different mechanics and sensor uses.