Autonomous Medical Delivery Drone: A Sustainable Solution for Disaster and Rural Healthcare Support

Providing timely medical support during natural disasters and in geographically isolated regions remains a major challenge for healthcare systems. Damaged roads, communication failures and unsafe conditions often prevent ambulances and rescue teams from reaching patients within the critical time window. This paper presents the conceptual design of an autonomous drone-based framework for emergency medicine delivery in remote and disaster-affected areas. The proposed system integrates GPS-based navigation, obstacle detection sensors, wireless communication modules and a secure payload mechanism to transport essential medicines without human intervention. The drone autonomously calculates the flight path, avoids obstacles in real time and releases the medical package at the target location. The primary aim of this research is to offer a low-cost, rapid-response and scalable solution that can improve healthcare accessibility in challenging environments. The framework is intended to support disaster management authorities and rural medical services by reducing delivery time, minimizing human risk and enhancing overall emergency response efficiency.