Alan Prater

Alan M. Prater is a procurement specialist with a focused expertise in advanced mechanical and aerospace component acquisitions, supporting critical defense and industrial systems. Though his formal title and agency are not specified, his contracting patterns reveal a deep involvement in the acquisition of precision-engineered parts and power transmission systems essential to national security and aerospace platforms. He routinely manages complex solicitations under FAR Part 15, emphasizing technical merit and manufacturing capability over price alone, ensuring the procurement of high-reliability components for mission-critical applications. Prater’s contractor relationships are primarily with specialized manufacturers possessing advanced machining, bearing, and power transmission expertise. He engages with a narrow cohort of Tier 1 and Tier 2 suppliers capable of meeting stringent military and aerospace specifications, including AS9100 and ISO 9001 certifications. His procurement approach favors vendors with proven track records in precision fabrication, heat treatment, and quality control systems, fostering long-term partnerships with firms that demonstrate technical consistency and supply chain resilience. His contracting portfolio reflects a strong preference for open competition, with 94.6% of awards issued without set-asides, indicating a prioritization of technical capability over socioeconomic categorization. Nevertheless, he consistently allocates 5.4% of his acquisitions to Total Small Business Set-Asides under FAR 19.5, demonstrating a measured but intentional commitment to small business participation, particularly among firms with niche manufacturing capabilities in bearing and power transmission systems. Prater’s primary NAICS focus centers on Ball and Roller Bearing Manufacturing (332991), Mechanical Power Transmission Equipment (333613), and Other Aircraft Parts and Auxiliary Equipment (336413), underscoring his domain expertise in high-performance mechanical systems. He procures components such as tapered roller bearings, gearboxes, couplings, and auxiliary flight system parts, requiring deep technical understanding of materials science, tolerancing, and fatigue resistance in demanding operational environments.