266 - Enhancing Vector Control Through UAS Integration: Precision Mosquito Management with PAMAS

Abstract: This white paper addresses the integration of Unmanned Aircraft Systems (UAS) in vector control applications, specifically focusing on enhancing the precision and efficiency of larvicide and adulticide dispersal for mosquito control. The project aims to develop an electrically driven Platform Agnostic Mosquito Adulticide Sprayer (PAMAS) suitable for 25 kg drones and adaptable to other platforms. The first phase involves validating current pesticide application models through physics-based simulations, transitioning from logical to physical architecture for UAS integration, and conducting comprehensive field tests to ensure system reliability and effectiveness.

The document highlights the limitations of traditional aerial and ground-based spraying methods, such as high operational costs, limited precision, and challenges in accessing specific environments. By leveraging UAS technology, the project seeks to achieve more targeted and environmentally friendly mosquito control, improve public health outcomes, and meet the evolving regulatory requirements for drone-based pesticide applications.

Key deliverables in Phase 1 include the validation of application models, the development of an optimized UAS system for pesticide spraying, and the creation of a roadmap for Beyond Visual Line of Sight (BVLOS) operations. The project will also address compliance with FAA regulatory standards under Parts 107 and 137, aiming to facilitate the safe deployment of UAS technology in vector control efforts.