MINDS-i

Foundations to Robotics 6×6 – 90 Hour Lab

Recommended Skill Levels: High School, Technical College

Learning Topics: Drones, Engineering, Mobile, Robotics, STEM

Product Types: Kit, Training Equipment

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Overview Learning Outcomes Product Details
Overview

The Foundations to Robotics 6×6 – 90 Hour Lab from MINDS-i introduces students to the core principles of robotics, engineering, and programming through hands-on experience. This engaging STEM lab allows students to assemble, modify, and program high-performance rovers using the Engineering Design Process. With a 6-wheel drive chassis, students explore mechanical and electrical engineering concepts while applying real-world problem-solving skills. The lab provides a structured, semester-long curriculum designed to spark and sustain interest in STEM careers. A 4-wheel drive version is also available.

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Learning Outcomes

Students will gain a solid foundation in robotics through collaborative projects that integrate mechanical systems, physics, electronics, and coding. By the end of the course, learners will be able to:

  • Understand Robotics Design & Engineering – Learn about mechanical components, gear ratios, friction, and structural design.
  • Develop Programming Skills – Use Arduino® C++ to control sensors, motors, and servos.
  • Explore Forces & Motion – Apply concepts of speed, torque, inertia, and motion variables to robot performance.
  • Experiment with Sensors & Autonomy – Work with ultrasonic, line-following, and radio transmitter sensors to develop autonomous navigation.
  • Build and Modify Custom Robots – Design robotic arms, end-of-arm tools, and drive systems to solve engineering challenges.
  • Complete a Capstone Project – Apply all learned skills in a final hands-on challenge that encourages innovation and teamwork.

Foundations to Robotics 6×6 – 90 Hour Lab Details

The Foundations to Robotics 6×6 – 90 Hour Lab includes a comprehensive set of components designed for hands-on STEM learning in mechanical engineering, electronics, and programming.

Core Components:

  • 2-in-1 Super Rover Kit with Electronics
  • Arduino Autonomous Upgrade Module
  • 250-Piece Basic Construction Set
  • Rotating Connector Set
  • Screw Adapter Kit

Sensors & Electronics:

  • QTI Line Following Sensors (Qty: 4)
  • PING))) Ultrasonic Sensor (Qty: 1)
  • Speed Controller (80A) (Qty: 1)
  • Extra 8-Channel Receiver (Qty: 1)
  • 8-Channel Transmitter with Receiver (Qty: 1)

Motors & Power:

  • 485 Metal Gear Servo Motors (Qty: 3)
  • Servo Linkage Kits (Qty: 3)
  • DC Motor (5,000 RPM) (Qty: 1)
  • Gear Reducer (3:1) (Qty: 1)
  • 7.2V Battery 3000mAh (Qty: 1)

Tools & Measurement Equipment:

  • Digital Multimeter (Qty: 1)
  • Optical Tachometer (Qty: 1)
  • Torque Meter (Qty: 1)
  • Hex Drivers (1/16″ & 3/32″)

Additional Resources:

  • Catapult Support Material (Target & Velcro Balls)
  • Storage System

This lab provides everything instructors need to guide students through real-world robotics applications, preparing them for advanced robotics, automation, and engineering careers.

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More Resources
Video Resources
Introduction to the Foundations Curriculum
6x6 Stock UGV drivetrain Vid