Pre-Planned Navigated Vehicle

Description

Pre-Planned Navigated Vehicle Project Kit for PM SHRI, KV, Navodaya & Government Schools

The Pre-Planned Navigated Vehicle Project Kit is an educational robotics and automation project designed for PM SHRI Schools, Kendriya Vidyalayas (KV), Jawahar Navodaya Vidyalayas (JNV), and Government Schools as part of Vocational Education, Robotics, and Skill Development programs.

This project demonstrates how a vehicle can move along a pre-defined path or set of instructions without human intervention.
Students learn the basics of automation, embedded systems, path planning, and motor control using Arduino-based technology.

The vehicle follows a pre-programmed route using sensors such as IR sensors, encoders, or timing-based navigation, making it an excellent example of autonomous navigation concepts used in industrial automation, warehouse robots, and smart transportation systems.

The kit is suitable for Classes 9 to 12 and supports practical exams, vocational lab activities, robotics competitions, and science exhibitions.

Each kit includes:

• 📘 Step-by-step Project Manual 
• 💻 Pre-written & editable Source Code
• 🔌 Complete Circuit Diagram
• 🧑‍🏫 Teacher guidance & assessment notes
• 🛠 Easy-to-assemble hardware components

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🔹 Learning Objectives

• Understand pre-programmed navigation
• Learn Arduino programming basics
• Explore motor drivers & speed control
• Develop logical thinking & problem-solving skills
• Gain knowledge of autonomous vehicles

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🔹 Key Features

• ✔ Designed for PM SHRI, KV, Navodaya & Government Schools
• ✔ Based on Arduino & Embedded Systems
• ✔ Demonstrates Autonomous Navigation
• ✔ No internet required (offline automation)
• ✔ Safe, low-voltage & student-friendly
• ✔ Ideal for Vocational Labs & Robotics Labs
• ✔ Supports Practical Evaluation & Viva

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🔹 Working Principle

The vehicle operates based on a pre-planned navigation algorithm stored in the microcontroller.
According to the programmed instructions and sensor inputs, the vehicle moves forward, backward, left, or right along a fixed path.
Once powered ON, the vehicle completes the task automatically without manual control.

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🔹 Applications

• Autonomous delivery vehicles
• Industrial material handling robots
• Smart warehouse navigation
• Robotics learning & research
• School-level automation training

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Ideal For

• PM SHRI Schools
• Kendriya Vidyalayas (KV)
• Jawahar Navodaya Vidyalayas (JNV)
• Government Schools
• CBSE Vocational & Skill Education
• Robotics & Automation Labs
• Science Exhibitions & Practical Exams

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