Authors :
Sucheta Raut; Deep Ghoshal; Krutika Thakre; Abhijeet Singh Thakur; Samruddhi Zilpe; Himanshu Mendhe; Darshan Chaudhari
Volume/Issue :
Volume 8 - 2023, Issue 10 - October
Google Scholar :
https://tinyurl.com/y3pxb7jv
Scribd :
https://tinyurl.com/35c7nay2
DOI :
https://doi.org/10.5281/zenodo.10088113
Abstract :
The rapid growth of e-commerce and the
increasing demand for efficient, sustainable, reliable,
economical delivery solutions have driven the
development of autonomous delivery drones. The "Sky
Cargo Self-Navigating Delivery Drone," has a cutting-
edge technology designed to revolutionize the logistics
and transportation industry. The system has a
predefined path between its starting point to its delivery
location based. The system ensures the precision
landing at the receiver end by verification at the
delivery location by the uniquely generated Aruco
marker. An optimal path is given to the drone by
performing the mathematical calculations between the
starting point to its delivery point
Keywords :
Autonomous drone, Self-Navigating, precision landing, Aruco marker, optimal path.
The rapid growth of e-commerce and the
increasing demand for efficient, sustainable, reliable,
economical delivery solutions have driven the
development of autonomous delivery drones. The "Sky
Cargo Self-Navigating Delivery Drone," has a cutting-
edge technology designed to revolutionize the logistics
and transportation industry. The system has a
predefined path between its starting point to its delivery
location based. The system ensures the precision
landing at the receiver end by verification at the
delivery location by the uniquely generated Aruco
marker. An optimal path is given to the drone by
performing the mathematical calculations between the
starting point to its delivery point
Keywords :
Autonomous drone, Self-Navigating, precision landing, Aruco marker, optimal path.
