International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
Quadrone: Propelling the Future of Autonomous Drone Delivery Systems Tushar Surwade1, Vrushali Wankhede2, Varun Singh3, Aishwarya Patil4, Mehbash Sande5, Rajesh Pawar6 1,2,3,4,5,6Computer Engineering Department, Keystone School of Engineering,
Pune, Maharashtra, India. ---------------------------------------------------------------------***--------------------------------------------------------------------attracted by the vast range of options and customization Abstract: available.
This article investigates the uptake of drone delivery services in emerging economies, examining factors such as personal innovativeness, outcome expectancy, emotions, and perceived risk. Drone delivery offers advantages such as flexibility, accessibility, speed, safety, and environmental benefits. It conducts a comprehensive review of existing literature, identifies current trends and challenges, and proposes avenues for future research. Businesses are increasingly exploring autonomous solutions for the last-mile delivery to remain competitive and fulfill rising delivery demands. Drones, especially unmanned aerial vehicles, emerge as a promising solution in the realm of logistics. Recent regulations introduced by the Flight World Organization support the operation of unmanned aerial systems, further facilitating their integration into delivery operations. The surge in online shopping has intensified the need for efficient delivery mechanisms, thus driving the adoption of drone technology. Quadcopters, equipped with stable flight capabilities, are employed for various purposes including surveillance, data gathering, and localized deliveries. The integration of delivery drones into the lastmile shipping industry holds the promise of expedited deliveries, decreased labor expenses, and advantages for drone manufacturers, signifying a transformative shift in the realm of logistics and delivery services.
In this article of we have expressed a need for the design, development, and prototyping of a autonomous drone capable of both flying automatically . The aim of this endeavor is to develop a unique drone prototype with distinctive features, tailored for commercialization in diverse markets. This involves designing a drone model that stands out from existing options and aligns with market demands, ensuring its viability for widespread adoption and commercial success. This innovative concept, yet to be widely adopted, introduces a new dimension of flexibility and functionality to the drone landscape. By optimizing power consumption and extending the drone's battery life, this autonomous drone model offers numerous advantages. Moreover, it enhances maneuverability, particularly in areas where aerial navigation may be restricted or challenging.
2. SYSTEM ARCHITECHTURE: Drone delivery systems are pivotal components within a broader system architecture, characterized by their intricate operational workflow and integration of advanced technologies. This section delineates the key stages and functionalities of drone delivery systems within the overarching system framework:
Key Words: Drone delivery services, Emerging economies, Personal innovativeness, Outcome expectancy, Perceived risk, Flexibility, Quadcopters, Logistics.
Order Processing and Packaging: At the outset, orders are received and processed within the system. Upon confirmation, items are meticulously packaged at the nearest warehouse, ensuring secure transportation for subsequent stages.
1. INTRODUCTION: Originally, drones or unmanned aerial vehicles were initially developed for military purposes, as they could be operated remotely, thus minimizing the risk to pilots in combat situations [1]. However, in recent years, drones have found application across various industries due to their versatility, portability, light weight, and affordability compared to conventional aircraft. They play pivotal roles in fields such as mapping, photography, agriculture, and mining [2]. Moreover, enthusiasts continuously explore novel drone designs and functionalities for activities like racing, aerial photography, and recreational flying, delivery services
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