Hannah L. Louvier

Hannah L. Louvier serves as a key procurement professional within the U.S. Transportation Command (USTransCom), supporting the Department of Defense’s global mobility mission through the acquisition of critical logistics and transportation services. She manages a diverse portfolio of contracts focused on expeditionary logistics, air transportation, and systems integration, ensuring rapid deployment and sustainment of military forces worldwide. Her work directly enables theater access by securing essential capabilities in port operations, terminal management, and expeditionary infrastructure support, aligning procurement outcomes with operational readiness objectives. Louvier maintains consistent relationships with specialized aviation and logistics contractors, including UNCOMN LLC, PHOENIX AIR GROUP, INC., RAMPART AVIATION, LLC, FANCIULLI EGISTO S.R.L., and MOUNTAIN AVIATION, LLC. These partnerships reflect a focus on niche providers with expertise in nonscheduled and scheduled air cargo transport, as well as expeditionary aviation support. Her contracting approach prioritizes performance-driven vendor selection, favoring firms with proven capabilities in global air mobility, rapid response logistics, and military-compliant operations. Louvier’s procurement activity is entirely non-set-aside, with 100% of awards issued under full and open competition. This reflects a strategic emphasis on capability, scalability, and global reach over socioeconomic classifications, indicating a mission-driven approach where operational urgency and technical proficiency take precedence over small business set-asides. Her primary acquisition focus lies in NAICS 541512 (Computer Systems Design Services), supporting logistics automation and command-and-control systems, alongside NAICS 481219 and 481112, which cover nonscheduled and scheduled freight air transportation. These categories underscore her technical expertise in integrating digital logistics platforms with commercial and military air cargo networks, ensuring seamless, real-time movement of personnel and materiel across contested and austere environments.