U.S. Air Force Awards $240.9M Contract for Joint Strike Missile to Boost F-35 Fighter Strike Power
{loadposition bannertop}
{loadposition sidebarpub}
The U.S. Air Force has awarded Kongsberg Defence & Aerospace a $240.9 million contract for Lot Two production of the Joint Strike Missile (JSM) AGM-184, according to an announcement released on June 6, 2026. The award reinforces the missile’s growing role in expanding the long-range precision strike capabilities of America’s F-35 fleet against heavily defended land and maritime targets.
The contract covers operational missiles, launch containers, test hardware, and support equipment, with production continuing in Norway through November 2028. Designed to penetrate advanced air defense networks while preserving the F-35’s survivability, the Joint Strike Missile reflects a broader shift toward stealthy stand-off weapons that strengthen deterrence and combat effectiveness in contested environments.Related Topic: Germany boosts F-35 fighter jet strike capability with acquisition of Norwegian stealth JSM missiles
The Joint Strike Missile (JSM) can be carried internally by F-35 fighter aircraft, providing a long-range precision strike capability against both land and maritime targets. (Picture source: Norway MoD)
While the contract represents another milestone for Kongsberg’s expanding presence in the U.S. defense market, its broader significance lies in the role the missile is expected to play in the growing F-35 stealth fighter force. The U.S. military is placing increasing emphasis on weapons that enable combat aircraft to remain effective against sophisticated anti-access and area-denial networks, where survivability and long-range precision engagement are becoming decisive operational requirements.
Unlike many existing anti-ship and land-attack missiles that must be carried externally, the Joint Strike Missile was specifically designed to fit in the F-35 Lightning II’s internal weapons bay. This allows the aircraft to retain its low-observable characteristics while carrying a precision-guided stand-off weapon capable of engaging targets at significant distances. For military planners, the combination of stealth and stand-off strike capability is becoming increasingly important as potential adversaries continue to field advanced radar systems, long-range surface-to-air missiles, and integrated air defense networks.
Technically, the Joint Strike Missile is a multi-role precision weapon developed by Norway’s Kongsberg Defence & Aerospace for both maritime strike and land-attack missions. The missile incorporates advanced navigation systems, autonomous target recognition technology, and a low-observable design intended to improve survivability against modern defenses. Its ability to engage both naval and land-based targets provides commanders with greater operational flexibility across a range of combat scenarios.
Within the United States, the missile is being integrated primarily with the U.S. Air Force’s F-35A Lightning II fleet, where it is expected to significantly enhance the aircraft’s long-range strike capability. Integration efforts have also been planned for the U.S. Navy’s carrier-based F-35C and the U.S. Marine Corps’ F-35B short takeoff and vertical landing fighter aircraft, potentially providing a common precision strike weapon across all three American F-35 variants. This commonality would support joint operations while increasing interoperability with allied nations that have also selected the missile for their own F-35 fleets.
The growing U.S. investment in the Joint Strike Missile reflects a broader shift in military planning toward operations in contested regions where forces may be required to engage targets across vast distances while operating under constant threat from enemy sensors and missile systems. In such environments, stealth aircraft equipped with internally carried stand-off weapons provide commanders with options to strike critical targets without requiring aircraft to penetrate the most heavily defended areas of the battlespace.
The missile’s maritime strike capability is attracting particular attention as the Pentagon seeks to expand the number of assets capable of contributing to sea control and sea denial operations. Traditionally associated with naval aviation and surface combatants, anti-ship warfare is increasingly becoming a joint mission. By equipping Air Force F-35A aircraft with the Joint Strike Missile, the United States gains additional options for holding hostile naval forces at risk, particularly in regions where access to forward bases or carrier strike groups may be constrained.
This capability is especially relevant to future Indo-Pacific operations, where long distances, dispersed forces, and sophisticated defensive networks are expected to characterize any high-intensity conflict. The combination of F-35 stealth, advanced sensor fusion, and long-range precision strike weapons such as the JSM is intended to complicate enemy planning while increasing the survivability and effectiveness of U.S. air assets during the opening stages of a conflict.
Beyond its procurement value, the latest production award underscores the growing role of the Joint Strike Missile in U.S. efforts to strengthen long-range precision-strike capabilities for operations in contested environments. The contract underscores the Air Force’s focus on equipping its expanding F-35 fleet with weapons capable of engaging both land and maritime targets while preserving the advantages of low-observable operations. As the Pentagon continues to prepare for future conflicts against technologically advanced adversaries, the Joint Strike Missile is poised to become an increasingly important element of America’s air-delivered precision-strike arsenal.
Explore More Defense News
• Land Defense News• Naval Defense News• Defense Aerospace NewsWritten by Alain Servaes – Chief Editor, Army Recognition GroupAlain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.
{loadposition bannertop}
{loadposition sidebarpub}
The U.S. Air Force has awarded Kongsberg Defence & Aerospace a $240.9 million contract for Lot Two production of the Joint Strike Missile (JSM) AGM-184, according to an announcement released on June 6, 2026. The award reinforces the missile’s growing role in expanding the long-range precision strike capabilities of America’s F-35 fleet against heavily defended land and maritime targets.
The contract covers operational missiles, launch containers, test hardware, and support equipment, with production continuing in Norway through November 2028. Designed to penetrate advanced air defense networks while preserving the F-35’s survivability, the Joint Strike Missile reflects a broader shift toward stealthy stand-off weapons that strengthen deterrence and combat effectiveness in contested environments.
Related Topic: Germany boosts F-35 fighter jet strike capability with acquisition of Norwegian stealth JSM missiles
The Joint Strike Missile (JSM) can be carried internally by F-35 fighter aircraft, providing a long-range precision strike capability against both land and maritime targets. (Picture source: Norway MoD)
While the contract represents another milestone for Kongsberg’s expanding presence in the U.S. defense market, its broader significance lies in the role the missile is expected to play in the growing F-35 stealth fighter force. The U.S. military is placing increasing emphasis on weapons that enable combat aircraft to remain effective against sophisticated anti-access and area-denial networks, where survivability and long-range precision engagement are becoming decisive operational requirements.
Unlike many existing anti-ship and land-attack missiles that must be carried externally, the Joint Strike Missile was specifically designed to fit in the F-35 Lightning II’s internal weapons bay. This allows the aircraft to retain its low-observable characteristics while carrying a precision-guided stand-off weapon capable of engaging targets at significant distances. For military planners, the combination of stealth and stand-off strike capability is becoming increasingly important as potential adversaries continue to field advanced radar systems, long-range surface-to-air missiles, and integrated air defense networks.
Technically, the Joint Strike Missile is a multi-role precision weapon developed by Norway’s Kongsberg Defence & Aerospace for both maritime strike and land-attack missions. The missile incorporates advanced navigation systems, autonomous target recognition technology, and a low-observable design intended to improve survivability against modern defenses. Its ability to engage both naval and land-based targets provides commanders with greater operational flexibility across a range of combat scenarios.
Within the United States, the missile is being integrated primarily with the U.S. Air Force’s F-35A Lightning II fleet, where it is expected to significantly enhance the aircraft’s long-range strike capability. Integration efforts have also been planned for the U.S. Navy’s carrier-based F-35C and the U.S. Marine Corps’ F-35B short takeoff and vertical landing fighter aircraft, potentially providing a common precision strike weapon across all three American F-35 variants. This commonality would support joint operations while increasing interoperability with allied nations that have also selected the missile for their own F-35 fleets.
The growing U.S. investment in the Joint Strike Missile reflects a broader shift in military planning toward operations in contested regions where forces may be required to engage targets across vast distances while operating under constant threat from enemy sensors and missile systems. In such environments, stealth aircraft equipped with internally carried stand-off weapons provide commanders with options to strike critical targets without requiring aircraft to penetrate the most heavily defended areas of the battlespace.
The missile’s maritime strike capability is attracting particular attention as the Pentagon seeks to expand the number of assets capable of contributing to sea control and sea denial operations. Traditionally associated with naval aviation and surface combatants, anti-ship warfare is increasingly becoming a joint mission. By equipping Air Force F-35A aircraft with the Joint Strike Missile, the United States gains additional options for holding hostile naval forces at risk, particularly in regions where access to forward bases or carrier strike groups may be constrained.
This capability is especially relevant to future Indo-Pacific operations, where long distances, dispersed forces, and sophisticated defensive networks are expected to characterize any high-intensity conflict. The combination of F-35 stealth, advanced sensor fusion, and long-range precision strike weapons such as the JSM is intended to complicate enemy planning while increasing the survivability and effectiveness of U.S. air assets during the opening stages of a conflict.
Beyond its procurement value, the latest production award underscores the growing role of the Joint Strike Missile in U.S. efforts to strengthen long-range precision-strike capabilities for operations in contested environments. The contract underscores the Air Force’s focus on equipping its expanding F-35 fleet with weapons capable of engaging both land and maritime targets while preserving the advantages of low-observable operations. As the Pentagon continues to prepare for future conflicts against technologically advanced adversaries, the Joint Strike Missile is poised to become an increasingly important element of America’s air-delivered precision-strike arsenal.
Explore More Defense News
• Land Defense News
• Naval Defense News
• Defense Aerospace News
Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.
