Gwen Heningburg

Gwen Heningburg serves as a primary procurement lead within DLA Aviation, responsible for managing the acquisition of critical aviation components and subsystems essential to sustaining U.S. military aircraft readiness. She plays a central role in executing the agency’s mission to ensure the continuous availability of high-reliability parts for aircraft engines, avionics, and auxiliary systems, with a focus on mitigating technical obsolescence and securing resilient supply chains. Her acquisitions span complex, mission-critical hardware requiring stringent quality assurance and long-term logistics support, often involving technical specifications aligned with military standards such as MIL-SPEC and AS9100. Heningburg engages with a diverse base of aerospace and defense manufacturers, including prime contractors and specialized subsystem suppliers, to secure components ranging from flight control systems to navigation instrumentation. While no single contractor dominates her portfolio, her contracting patterns reflect a preference for established defense industrial base vendors with proven track records in aerospace manufacturing and reverse engineering of legacy parts. She routinely coordinates with engineering and logistics teams to validate technical compliance and ensure supply continuity under dynamic operational demands. Her procurement activity shows no reliance on socioeconomic set-asides, with 100% of her acquisitions conducted under full and open competition. This reflects DLA Aviation’s operational imperative to prioritize speed, reliability, and technical capability over socioeconomic preferences, though she remains compliant with all federal acquisition regulations governing fair and transparent sourcing. Heningburg’s primary focus areas include NAICS 334511 for avionics and navigation systems, 336413 for auxiliary aircraft equipment, and 336411 for airframe components. She specializes in procuring mission-critical items such as radar modules, flight management units, hydraulic actuators, and cockpit instrumentation, demonstrating deep familiarity with aerospace engineering standards and the lifecycle management of obsolete or hard-to-source aviation parts. Her expertise lies at the intersection of technical specification development and rapid logistics response in support of fleet sustainment.