Innovation: Aero automobiles, or flying cars, also known as personal air vehicles (PAVs), represent an exciting vision of transportation that combines the convenience of road vehicles with the freedom of flight. These futuristic vehicles have the potential to revolutionize urban mobility by offering faster travel times, reduced traffic congestion, and increased accessibility to remote areas. With advancements in technology and growing interest from both the aerospace and automotive industries, AA/PRVs are inching closer to becoming a reality. This research has identified the possibilities of this autonomous system and developed a model to simulate it. It focuses on exploring the concept of flying cars and their potential impact on our future transportation systems.

Sector/Industry Application: Robotics and automation enginnering

Description: This research would combine the aerospace and land transport systems, which, when compared to the existing aviation system, would minimize the cost and maintenance of getting a personal airplane and a parking space in an airport. The transport system would become more flexible, which would be a maximal gain for both companies and individuals. Companies would get to produce more of these autonomous systems, and more individuals, business organizations, and government agencies would get to have personal aero systems to make mobility more flexible. Furthermore, this can also open more rooms for further research in the education sector, increasing the use and other applications of the system. In conclusion, if this product is commercialized, it would be a navel invention that would optimize production for companies and minimize cost for individuals who frequently use airways for transportation.

Problem: Traffic congestion, the elimination of greenhouse gases, and a better life on land