Aircraft Launching Equipment

The Product Service Code (PSC) 1720-P for Aircraft Launching Equipment encompasses specialized components and systems critical to naval aviation operations. These components are primarily used in aircraft carrier launch and recovery systems, including electromagnetic launch mechanisms, catapult systems, and associated mechanical and electrical assemblies. The equipment supports the complex process of launching aircraft from naval vessels, requiring extremely precise engineering and manufacturing capabilities with rigorous quality control standards.

Federal Contract Awards in this PSC category demonstrate a consistent pattern of high-value, technically complex procurements primarily from the Naval Supply Systems Command and Defense Logistics Agency. Awards typically range from $5,000 to over $9 million, with performance periods spanning several months to multiple years. Frequent awardees include small businesses such as U.S.A. Spares Inc., Atlantic Diving Supply, Capy Machine Shop Inc., and York Precision Machining and Hydraulics LLC. Most awards are firm-fixed-price contracts, with about 30-40% designated as small business set-asides, particularly targeting service-disabled veteran-owned, women-owned, and general small business categories. The primary places of performance are contractors' manufacturing facilities, with delivery locations typically being naval stations and fleet readiness centers.

Recent Federal Contract Opportunities in this PSC category focus on highly specialized aircraft launching equipment components such as stack valve assemblies, rotary retract engine cable tensioner cylinders, and electromagnetic launch system electrical isolation configurations. The opportunities predominantly originate from the Naval Air Systems Command and the Department of the Navy, with most solicitations seeking new manufacture or repair of critical safety items. Performance locations include naval stations like Mayport, Florida, and test facilities in Lakehurst, New Jersey. The opportunities consistently emphasize strict engineering source approval requirements, detailed technical specifications, and comprehensive quality assurance protocols, reflecting the mission-critical nature of these aerospace and naval defense components.