Aircraft Landing Gear Components

Product Service Code (PSC) 1620 covers Aircraft Landing Gear Components, encompassing a wide range of specialized mechanical and structural parts critical to aircraft mobility and operational functionality. These components include assemblies such as struts, pistons, cylinders, locks, linkages, and various mechanical interconnects specifically designed for aircraft landing gear systems. The components serve essential functions in aircraft takeoff, landing, ground maneuvering, and overall structural integrity across military and civilian aviation platforms.

The federal contract awards demonstrate a diverse range of procurement activities predominantly involving the Department of Defense, U.S. Coast Guard, and Naval Supply Systems Command. Awards typically range from $3,000 to $461,928, with most being firm-fixed-price purchase orders or delivery orders. Frequent awardees include Sikorsky Aircraft Corporation, ES3 Prime Logistics Group, Aeronautical Systems Inc., and Ontic Engineering & Manufacturing. Many contracts are unrestricted, though some utilize small business or specific socioeconomic set-asides. Performance locations are primarily within the United States, with delivery destinations including naval bases, air force bases, and logistics centers.

Recent federal contract opportunities reflect ongoing requirements for manufacturing, repair, and replacement of landing gear components across multiple military aircraft platforms, including the CH-47 Chinook, F-16, C-135 Stratolifter, and various helicopter models. Solicitations predominantly come from the Defense Logistics Agency Aviation and Naval Supply Systems Command. Most opportunities are seeking either new manufactured parts or repair/modification services for existing components. Specific requirements often include detailed technical specifications, first article testing, source approval processes, and strict quality control standards. Procurement methods include sole-source, unrestricted, and small business set-aside approaches, with estimated quantities typically ranging from 1 to 358 units.