Lockheed takes US JAGM and Hellfire follow-on production order
More than 30 FMS customers operate the Hellfire missile. (Photo: US DoD)
Lockheed Martin has been awarded a US$483 million follow-on production contract by the US Army for Joint-Air-to-Ground Missiles (JAGM) and Hellfire missiles.
Under the contract, Lockheed will provide JAGM and Hellfire procurement and support for the US Army, the US Navy and international customers. The latest contract was the third follow-on deal that was part of a multiple-year award, initially signed in March 2023. The total contract award value was set out for up to $4.5 billion through 2025.
Currently, more than 30 FMS customers operate Hellfire, with Hellfire II having been the principal air-to-ground weapon for the US Army AH-64 Apache, OH-58 Kiowa Warrior and MQ-1C Gray Eagle UAS.
The JAGM dual-mode guidance section can offer JAGM performance at a cost comparable to Hellfire.
Related Equipment in Defence Insight
More from Air Warfare
-
US Air Force unveils new details of Next Generation Airlift aircraft to replace C-17 and C-5
New planning documents reveal how the service is defining the aircraft expected to succeed the C-17 and C-5, including its initial requirements and procurement roadmap.
-
A new shape in the sky? Mapping out the F-47’s configuration
As images of what might be an F-47 prototype or proof-of-concept vehicle emerge from the Nevada desert, what do they tell us about the aircraft’s capabilities and enabling technologies?
-
Latin American fixed-wing capability gaps create openings for industry competition
Transport and tanker aircraft represent a growing opportunity in Latin America as countries in the region increasingly look to replace ageing fleets and reduce dependence on second-hand platforms.
-
UK Defence Investment Plan: What does it mean for UK air power?
The DIP sees £8.6 billion earmarked for the Global Combat Air Programme, with heavy emphasis on uncrewed systems procurement and a national CCA programme, despite pushed forward helicopter retirements and questions over what shape future ISR capabilities could take.