Executive Summary
This thesis analyzes manpower requirements for the United States Marine Corps Tiers II & III Unmanned Aerial Systems (UAS) program. It proposes a consolidated manpower structure for a composite UAS squadron to optimize capabilities and minimize personnel needs. The research recommends combining Tiers II and III into a single squadron, reducing logistics footprint, and integrating operational and maintenance billets.
Why It Matters
This document is crucial for defense analysts as it details the foundational manpower and organizational structures for early USMC UAS programs, offering insights into the evolution of drone integration and personnel optimization within military forces. Understanding these historical requirements helps contextualize current and future challenges in fielding advanced autonomous systems.
Key Takeaways
- The research proposes consolidating USMC Tier II and III UAS into a composite squadron (VMUX) to optimize manpower and capabilities.
- It recommends reducing the logistics footprint by delegating support missions to existing Marine Wing Support Squadrons (MWSS) and Marine Aviation Logistics Squadrons (MALS).
- The study suggests combining operational and maintenance billets within the VMU structure to streamline personnel requirements for UAS operations.
- The document details the specific manpower requirements for a composite VMUX, including operational and maintenance roles.
- It highlights the challenges of implementing new UAS structures, including cost and the need for a new perspective on joint operations.
- The thesis provides a historical overview of USMC UAV programs and outlines current and future UAS systems as of 2007.
Strategic Relevance
This thesis provides a foundational understanding of the early integration of unmanned aerial systems into the USMC, focusing on the critical aspect of manpower and organizational structure. Its recommendations for optimizing personnel and logistics for UAS operations have direct implications for force structure planning, resource allocation, and the effective deployment of drone capabilities, which remains a key strategic challenge for modern militaries.