2 Lt Blake Dailey

2 Lt Blake Dailey serves as a contracting professional within the 325th Contracting Squadron (325 Cons Cc Lgca), a critical unit under the Department of the Air Force responsible for sustaining and modernizing aircraft arresting and airfield support systems. He manages acquisitions for mission-critical components including BAK-12 arresting engines, piston assemblies, clutch mechanisms, and auxiliary flight deck equipment essential to carrier and expeditionary air operations. His role ensures the operational readiness of naval and expeditionary airfields by procuring highly specialized aerospace hardware and support systems aligned with DoD safety and reliability standards. Dailey maintains strategic relationships with a diverse pool of defense contractors specializing in precision aerospace manufacturing and mission-critical mechanical systems. While no single vendor dominates his portfolio, he consistently engages with small businesses and mid-tier suppliers capable of meeting stringent military specifications for aircraft recovery infrastructure. His contracting approach emphasizes technical compliance, quality assurance, and rapid turnaround for time-sensitive maintenance and modernization requirements. A strong advocate for small business participation, Dailey prioritizes Total Small Business Set-Asides under FAR 19.5, with approximately two-thirds of his acquisitions reserved for small businesses. His contracting patterns reflect a deliberate commitment to socioeconomic programs, regularly utilizing 8(a), HUBZone, and SDVOSB-certified firms to fulfill technical requirements while fostering innovation and resilience in the defense supply base. His primary procurement focus centers on NAICS 336413 for other aircraft parts and auxiliary equipment, with significant activity in fluid metering (334514), crane and hoist systems (333923), and wireless communications equipment (334220). This technical breadth underscores his expertise in integrating mechanical, electromechanical, and communication subsystems into complex aircraft recovery architectures, ensuring seamless interoperability across airfield operations.