Compare with 1 courses
Combat Robot

Combat Robot

Build a powerful Combat Robot designed for robotic battles and competitive events. This project covers robot design, motor control, wireless operation, power management, and battle-ready construction techniques. Students will learn how to assemble, program, and control a robust robot capable of navigating obstacles and competing in robot combat challenges. Ideal for robotics enthusiasts, engineering students, and beginners interested in practical robotics and automation.

4999 ₹

7000 ₹
Learn more
Has discount
Expiry period 4 Months
Made in English
Last updated at Sun Jun 2026
Level
Beginner
Total lectures 0
Total quizzes 0
Total duration 0 Hours
Total enrolment 0
Number of reviews 0
Avg rating
Short description Build a powerful Combat Robot designed for robotic battles and competitive events. This project covers robot design, motor control, wireless operation, power management, and battle-ready construction techniques. Students will learn how to assemble, program, and control a robust robot capable of navigating obstacles and competing in robot combat challenges. Ideal for robotics enthusiasts, engineering students, and beginners interested in practical robotics and automation.
Outcomes
  • Understand the fundamentals of combat robotics and robot design
  • Assemble and configure a complete Combat Robot system
  • Interface motors, motor drivers, and control modules effectively.
  • Program a microcontroller to control robot movement and functions.
  • Implement wireless communication for remote robot operation.
  • Manage power systems, batteries, and electrical connections safely.
  • Troubleshoot hardware and software issues in robotic systems.
  • Improve robot performance through testing and optimization.
  • Apply mechanical and electronic design principles in real-world projects.
  • Develop the skills required to participate in robotics competitions and advanced robotics projects.
Requirements
  • Basic understanding of electronics and robotics (recommended but not mandatory)
  • Interest in robotics, automation, and engineering projects
  • Computer or laptop for programming and configuration
  • Arduino IDE or compatible programming software
  • Combat Robot hardware kit or equivalent components
  • Microcontroller (Arduino, ESP32, or similar)
  • DC motors and motor driver module
  • Wireless controller or Bluetooth/RF communication module
  • Rechargeable battery and charger
  • USB cable for programming the microcontroller
  • Internet connection for downloading software and learning resources
  • Willingness to perform hands-on assembly, testing, and troubleshooting