Smart Electrical Military Vehicle

Smart Electrical Military Vehicle (SEMV) will be used to protect environment as well as human lives. It can perform duties similar to human duties without any physical human intervention Soldiers. With the help of the vehicle military operations become efficient and smooth. It is safe as it can be s

Project Title

Smart Electrical Military Vehicle

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

Smart Electrical Military Vehicle (SEMV) will be used to protect environment as well as human lives. It can perform duties similar to human duties without any physical human intervention Soldiers. With the help of the vehicle military operations become efficient and smooth. It is safe as it can be sent to the areas in which soldiers cannot be sent due to danger of life and have risk of life. This vehicle is controlled using

1. GSM technology

2. Wi-Fi Technology for controlling of Blynk Server Application through user

This vehicle will be based on solar panels to provide it energy in the presence of sun light and at the night time batteries will be used which will be placed in this vehicle. These batteries will get charges at day time. It will be equipped with functionalities like

Camera: having the capabilities of night vision so that any obstacle or intruder can be seen at night tike without any hassle.

Metal Detector: to detect landmines

Range Sensors: to find range of the intruder and obstacle avoidance

Project Objectives

To design a remotely controlled noiseless, fuel less, efficient vehicle to be used in armed forces

To monitor borders without physical intervention of humans at day and time night with night vision capabilities

To detect land mines, intruders and ditches and take 360° high definition images

To sense range of any intruders and shoot them

Project Implementation Method

1. Making of chassis

2. Assembling sensors, camera and radars

3. Making of weapon mechanism

4. Assembling servo motors

5. Connecting with Arduino

6. Arduino coding

7. Testing of prototype

8. Fitting of battery with buck converter for Arduino

9. Fitting of solar panel with its regulator

Benefits of the Project

It is cheaper to run, maintain and is Eco-friendly taking energy from renewable energy No need of fuel (Petrol or Diesel) and driver making it cost effective and secure Land mines, intruders and monitoring of area is possible remotely through cameras, metal detectors for land mines. This feature helps to save human lives and data can be captured.

Technical Details of Final Deliverable

This vehicle will be developed comprising of state of the art equipment like: Ultrasonic Radar, Cameras, Arduino Controller. GSM Module, solar PV panel, batteries, sensors, servomotors and metal detectors. This vehicle has dual mode of controlling. One mode is to use GSM for Remote Controlling through any Place of World where Network Service is Available and other mode is by using Blynk App for User if he Wants to Control it in Specific Range using Given Password to him. Ultrasonic radars and cameras will scan area which will be mounted on servo motor for wide angle scanning purpose. The servo motors will be controlled through Arduino controller. A 12 volt battery will be used for power backup which will be charged from 18 volt solar PV panel in day time. 12 volt headlights will be used along with relays for night time operation. A rotating weapon is installed on the vehicle. Axis sensor installed on weapon senses angle of to check its axis and angle to target on enemy. This vehicle can climb up to 45 degree angle also. It consists of 2 metal detectors to detect mines.

Final Deliverable of the Project

Hardware System

Core Industry

Transportation

Other Industries

Core Technology

Clean Tech

Other Technologies

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com