Determining the Viability of Drones for Medical Delivery Service - a Limited Study for Metro Manila
Document Types
Poster Presentation
Research Advisor (Last Name, First Name, Middle Initial)
Clement Y. Ong
Abstract/Executive Summary
The COVID-19 pandemic has affected the lives of many people in many different ways, including limiting the ability of medicines and medical items to be delivered reliably and punctually. In this paper, a study is conducted in order to determine the viability of drone delivery services, specifically in the Philippines. A sample powertrain composed of a brushless DC motor and propeller, driven by Electronic Speed Controller was characterized, measuring thrust and air velocity at various power settings.
The characterization and analysis provide promising results, showing feasible flight speeds of above 50 kph and a round-trip range of 8.8 km at 55% power carrying a small load of 100 grams. Larger payload weight, or longer flight distances appear to be possible, with changes in battery specifications and / or higher-efficiency brushless motors.
Keywords
drone design; delivery services; brushless DC motor characterization
Research Theme (for Paper Presentation and Poster Presentation submissions only)
Computer and Software Technology, and Robotics (CSR)
Start Date
13-5-2022 8:00 AM
End Date
13-5-2022 10:00 AM
Determining the Viability of Drones for Medical Delivery Service - a Limited Study for Metro Manila
The COVID-19 pandemic has affected the lives of many people in many different ways, including limiting the ability of medicines and medical items to be delivered reliably and punctually. In this paper, a study is conducted in order to determine the viability of drone delivery services, specifically in the Philippines. A sample powertrain composed of a brushless DC motor and propeller, driven by Electronic Speed Controller was characterized, measuring thrust and air velocity at various power settings.
The characterization and analysis provide promising results, showing feasible flight speeds of above 50 kph and a round-trip range of 8.8 km at 55% power carrying a small load of 100 grams. Larger payload weight, or longer flight distances appear to be possible, with changes in battery specifications and / or higher-efficiency brushless motors.
