Engine Cooling System Components, Nonaircraft

Product Service Code (PSC) 2930, designated as "Engine Cooling System Components, Nonaircraft," encompasses a wide range of specialized mechanical components critical to engine cooling systems in various military and maritime applications. These components include radiators, heat exchangers, pumps, coolers, fan assemblies, and related parts designed for non-aircraft engines used in military vehicles, naval vessels, and land-based equipment. The components are engineered to withstand high-stress environments, maintain thermal regulation, and support the operational integrity of complex mechanical systems across different defense platforms.

The federal contract awards in this PSC category demonstrate a consistent procurement pattern primarily driven by the Department of Defense, specifically the Defense Logistics Agency (DLA) Land and Maritime and the United States Coast Guard. Awards typically range from $1,200 to $620,274, with most being firm fixed-price purchase orders or delivery orders. Frequent contractors include Cummins Inc., KAM Thermal Equipment, Adams Thermal Systems Inc., Johnson & Towers LLC, and Marvin Land Systems. Many awards are not set aside, though some are designated for small businesses. Performance locations are predominantly within the continental United States, with delivery destinations including various military logistics centers and naval bases.

Recent federal contract opportunities in PSC 2930 primarily focus on procuring replacement and maintenance parts for engine cooling systems across military platforms. The Naval Surface Warfare Center and the Department of the Navy are actively seeking sources for components such as radiator cores, cooling pumps, heat exchangers, and specialized cooling system assemblies. Most opportunities are seeking small business participation, with solicitations targeting manufacturers and distributors capable of providing form, fit, and functional replacements for aging or deprecated cooling system components. The opportunities span various tactical vehicles, maritime vessels, and military equipment, emphasizing the need for sustainable, technically precise cooling system solutions that can mitigate diminishing manufacturing sources and material shortages.