The Salman University – Department of Mechatronics 2026 Kit is a complete educational robotics and electronics training package designed specifically for Mechatronics Engineering students.
It provides all the essential tools and components needed to learn and build real-world robotics systems using the Arduino UNO R3 platform.

With this kit, students can explore fundamental concepts of automation, control systems, and embedded programming by assembling and programming a fully functional autonomous robot car.
From obstacle avoidance to line following, this kit offers hands-on experience that bridges theoretical study with practical engineering applications.

Key Features

• 🤖 Hands-On Robotics Learning
  Assemble and program your own Arduino-based robot car to understand real mechatronic integration.

• 🔹 Educational and Curriculum-Aligned
  Specially designed for Salman University Mechatronics Department, following core lab and project requirements.

• ⚙️ Comprehensive Component Selection
  Includes sensors, motor driver, Arduino board, chassis, breadboards, and jumper wires — everything you need to get started.

• 🔌 No Soldering Required
  All components are plug-and-play and breadboard compatible, making experimentation safe and simple.

• 💡 Perfect for Students and Beginners
  Ideal for university labs, robotics courses, and self-learning projects.

Package Includes

1. Robot Chassis (4 Gear Motors + 4 Wheels) – Random Color × 1

   • Durable base with motors and wheels for motion control.

2. Ultrasonic Distance Sensor – HC-SR04 × 1

   • Measures distance for obstacle detection and avoidance.

3. TCRT5000 Line Tracking Sensor (4-Pin) × 1

   • Enables line-following capabilities using infrared detection.

4. Arduino UNO R3 (Without Cable) × 1

   • Core microcontroller board for all robotic operations.

5. USB Cable for Arduino UNO/MEGA (USB A to B) × 1

   • For programming and powering the Arduino board via PC.

6. Jumper Wires 20cm Male–Male × 20

7. Jumper Wires 20cm Male–Female × 20

8. Jumper Wires 20cm Female–Female × 20

   • Essential for making quick, clean, and flexible connections between components.

9. AA Battery Holder (4 Cell) with On/Off Switch × 1

   • Holds four batteries to power motors and sensors with control switch.

10. AA Batteries 1.5V × 4

    • Reliable power supply for the battery holder and circuits.

11. L298 Dual H-Bridge Motor Driver Module × 1

    • Controls DC motor speed and direction efficiently.

12. Breadboard 400 Tie Points (BB-801) × 2

    • Compact breadboards for connecting and testing circuits without soldering.

Educational Value

This kit allows students to:

• Understand fundamentals of mechatronics systems.

• Learn Arduino-based control and automation.

• Experiment with motor control, sensor integration, and decision logic.

• Build and test line follower and obstacle-avoiding robot prototypes.

• Develop circuit design, wiring, and programming skills.

Applications

• University lab experiments

• Robotics and automation coursework

• Embedded systems training

• DIY Arduino robotics projects

• STEM and engineering education

Why Choose This Kit?

✅ Designed specifically for Salman University Mechatronics 2026 students
✅ Includes all major sensors, modules, and mechanical components
✅ Easy to assemble and beginner-friendly
✅ Supports hands-on learning and innovation
✅ Ideal for both classroom use and personal experimentation