Adaptive Recon Rover For Defense And Wildlife

• Author(s):

  Soham Sachin Pandharpatte | Preet Anil Jadhav | Harshwardhan Dhananjay Gavali | Kishansingh Pushparajsingh Hajari | Mr. P.V. Jadhav

• Keywords:

  Sliding Landmine Detection Mechanism, Modular Gun Case, Camera, GPS, Perovskite, Tracked Wheel

• Abstract:

  The Adaptive Recon Rover: Defense And Wildlife Is A Multipurpose Autonomous Reconnaissance Vehicle Designed For Surveillance, Threat Neutralization, And Wildlife Protection. The Rover Is Equipped With A Sliding Landmine Detection Mechanism, Allowing It To Scan And Identify Explosive Threats With Precision. Its Modular Gun Case Can Be Adapted For Different Operational Needs, Including Non-lethal Tranquilizers For Wildlife Control Or Active Defense Measures. The Integrated Camera System, Featuring Object Detection, Thermal Imaging, And GPS, Enhances Situational Awareness By Providing Real-time Data Analysis. The Rover’s Solar-powered System, Utilizing Perovskite Solar Panels, Ensures Extended Operational Time In Remote Locations, Reducing Dependency On External Power Sources. A Tracked Wheel Design Enables Superior Terrain Adaptability, Making It Effective Across Diverse Environments, From Urban Landscapes To Rough Terrains. Designed With An Emphasis On Both Military Reconnaissance And Wildlife Conservation, This Innovative Rover Bridges The Gap Between Defense Technology And Ecological Protection. This Research Explores The Rover's Design, Working Principles, And Real-world Applications, Demonstrating Its Potential For Enhancing Security And Environmental Safety.

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Other Details

• Paper id:

  IJSARTV11I3102925

• Published in:

  Volume: 11 Issue: 3 March 2025

• Publication Date:

  2025-03-28

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