This study explores the resurgence of interest in Lighter-than-Air (LTA) systems, such as hot air balloons, aerostats, and airships, since the 1990s, driven by their cost-effectiveness and extended endurance in applications like aerial surveillance and communications. While historically dominant in Aerospace Engineering, LTA systems faced a decline around the 1940s due to safety concerns associated with hydrogen usage. In recent decades, however, LTA systems are experiencing a renaissance, particularly for niche applications. This research centers on the development of an automated and self-contained ground-handling system tailored for tactical aerostat systems with an envelope volume of less than 100 m3, addressing a critical aspect of contemporary aerospace. The scope of this paper is significant, aiming to address a major design challenge faced by the LTA industry globally and contribute to the field of aerospace technology. The anticipated outcome is an innovative integrated ground-handling system that simplifies the aerostat deployment procedure while ensuring ease of mobility. Beyond theoretical considerations, this study offers practical solutions for the advancement and application of LTA technology, particularly in the context of tactical aerostat systems. In alignment with broader goals, this research contributes to promoting environmentally friendly and efficient solutions in contemporary aerospace engineering.