Amanda L. DeLancey

Amanda L. DeLancey serves as a Contract Specialist within the FA8823 Sustainment MCPNT SSC/PKL under the Department of the Air Force, where she plays a critical role in procuring specialized analytical laboratory instrumentation essential to the sustainment and modernization of aerospace and space-based defense systems. Her responsibilities include managing the full lifecycle of acquisition activities—from requirements validation and market research to contract award and administration—for high-precision equipment used in testing and validating guided missile systems, satellite communications hardware, and global positioning system components. She ensures compliance with federal acquisition regulations while aligning procurements with the agency’s mission to maintain operational readiness of critical national defense infrastructure. While no specific contractor relationships are currently identified in available data, DeLancey engages with a broad spectrum of vendors specializing in advanced instrumentation manufacturing, fostering competitive, transparent procurement processes that prioritize technical capability and quality assurance. Her working relationships emphasize performance-based contracting and long-term supplier reliability over short-term cost savings, ensuring mission-critical systems remain supported by calibrated, traceable, and certified equipment. DeLancey’s procurement portfolio reflects a 100% preference for non-set-aside acquisitions, indicating a focus on open competition and technical merit rather than socioeconomic set-asides. This approach underscores her commitment to securing the highest-performing solutions from the broadest possible pool of qualified vendors, regardless of business size or certification status. Her primary industry focus is NAICS 334516—Analytical Laboratory Instrument Manufacturing—where she procures precision instruments used for material analysis, signal integrity testing, and environmental stress screening. These acquisitions support the validation of components for space vehicles, missile guidance systems, and secure communications platforms, requiring deep technical understanding of metrology, calibration standards, and defense-grade instrumentation specifications.