Indefinite Delivery Contract SPRRA225D0017

Lockheed Martin Corporation, operating as Lockheed Martin Aerostructures, was awarded a single-award Indefinite Delivery Contract by the U.S. Army Aviation and Missile Command on September 29, 2025, with a ceiling value of $15.15 billion and an ultimate completion date of December 7, 2041. This IDV is not set aside for small businesses and is subsumed against contract SPE4AX-22-D-9000. The contract represents a long-term strategic partnership enabling the Army Aviation and Missile Command to procure advanced defense technologies and support services across multiple mission-critical programs. Based on Lockheed Martin's established portfolio with the Army Aviation and Missile Command, this IDV is anticipated to support the development, production, and sustainment of sophisticated missile systems, targeting sensors, electronic warfare systems, and related engineering services. The company's historical task order activity under similar vehicles includes missile system development, targeting sensor sustainment, engineering support, technology demonstrations, and specialized research and development efforts for critical national security initiatives.

The contract's substantial ceiling value and extended performance period through 2041 reflect the strategic importance of the technologies and services to be delivered under task order arrangements. Lockheed Martin's prime contractor status and demonstrated expertise in advanced defense systems position the company to rapidly respond to Army Aviation and Missile Command requirements for complex aerospace and missile defense capabilities. The indefinite delivery vehicle structure provides the government with flexibility to issue task orders for specific requirements while maintaining cost certainty through the established ceiling value. This procurement mechanism supports the Army's ability to maintain technological superiority in missile defense and related combat systems through a seasoned prime contractor with significant experience in aerospace systems integration, advanced weapons platforms, and long-term sustainment operations.