SKYPORT 2050 A VERTICAL TERMINAL PROTOTYPE

Abstract

Pakistan’s transportation landscape is marked by rapid urbanization, burgeoning populations, and traffic congestion, particularly in metropolitan areas such as Lahore, Karachi, and Islamabad. Traditional ground transportation infrastructure is increasingly strained, leading to significant delays, rising pollution, and reduced quality of urban life. This thesis examines the transportation scenario in Pakistan, highlighting the urgent need for innovative solutions to address these challenges. Among the emerging solutions, Urban Air Mobility (UAM) presents a promising alternative, leveraging underutilized airspace to provide efficient, fast, and eco-friendly transportation options. This thesis explores the design and implementation of the Skyport Mobility Hub in Lahore a pioneering architectural project aimed at revolutionizing urban mobility. The project integrates all services into a single, vertically oriented structure, facilitating seamless transitions between ridesharing, electric vehicles, and the innovative Air Taxis. By utilizing underutilized airspace, Air Taxis offer a fast, efficient, and eco- friendly mode of transport, designed to alleviate traffic congestion and enhance regional connectivity. Also, it serves as community engagement and social interaction for daily commuters and local residents that provide a convenient connection for divided neighboring communities revitalizing space to serve as more prominent connection points for people moving from one neighborhood to another. This thesis outlines the architectural and engineering strategies employed to create a landmark structure that addresses current urban transportation challenges while setting a precedent for future sustainable urban development. Through this project, Lahore is positioned as a leader in innovative and sustainable urban design, demonstrating the potential of integrated mobility hubs in transforming urban landscapes.