Arduino 2-in-1 Robot Kit

Item Number:

PTT-ARD2-001

From Code to Motion: Learning Through Robotics

Spark & Sustain Students' Interest in STEM

Build, Program, and Explore with Arduino Robotics

Arduino Robotics Kit for Programming and STEM Learning

The MINDS-i 2-in-1 Arduino® Robot Kit is an ideal entry point for students exploring programming, robotics, and engineering fundamentals. Learners build and program one of two robot configurations—the Hexabot or the Line Follower—while gaining hands-on experience with sensors, actuators, and autonomous behaviors.

Students experiment with real-world robotics concepts, including motion control, object detection, and path navigation. The kit includes easy-to-follow visual instructions for both building and programming, making it accessible for beginners while still supporting deeper exploration.

Why Teach Programming with Robotics?

Robotics provides a highly engaging way to introduce programming concepts. By seeing code translate into physical movement and decision-making, students gain a deeper understanding of logic, problem-solving, and system integration.

Introduce programming through hands-on, interactive robotics
Reinforce STEM concepts with real-world applications
Encourage creativity, experimentation, and problem-solving
Support collaborative, project-based learning
Provide a strong foundation for advanced robotics and automation

Students can build and program two different robot platforms, each designed to demonstrate unique autonomous behaviors and programming concepts.

Hexabot

Cam-driven legs for walking motion
Push-button collision sensors for obstacle detection
Explores autonomous navigation and movement control

Line Follower

Uses QTI infrared sensors for path tracking
Demonstrates light sensing and feedback control
Follows a defined path using programmed logic

Quick entry into programming with a library of sample programs
Sensor calibration and motor/servo control exercises
Application-based tasks using sensors and actuators
Project-based learning combining multiple inputs and outputs
Step-by-step Arduino® user guide with code explanations

20 Digital I/O Pins
7 PWM Channels
12 Analog Input Channels (with ADC)
Serial & I2C Communication Ports
32 KB Flash Memory & 16 MHz
Compatible with Windows, OS X, and Linux
Digital ports support servos, motors, and sensors

Construction beams, connectors, and hardware
MINDS-i tool (1)
Arduino Uno (1)
Parallax Ping ultrasonic sensor (1)
Parallax QTI infrared sensors (3)
Push buttons (2)
Hitec® HSR-1425CR continuous rotation servos (2)
7.2V 2400 mAh Ni-MH rechargeable battery (1)
Battery charger (1)
All required wires and cables

This kit is designed for 2–3 students and typically requires approximately 3 hours to build and program each robot configuration. The Arduino® Robot Kit does not include a full curriculum but pairs well with MINDS-i Foundations and Drone labs for expanded learning pathways.