Netherlands expands U.S. Hellfire missile inventory to over 1,800 units with new AGM-114R2 purchase
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The Netherlands is significantly expanding its precision strike capacity with the planned purchase of 530 AGM-114R2 Hellfire missiles, pushing its total inventory beyond 1,800 rounds. This move strengthens its ability to deliver accurate, high-lethality firepower in close combat, anti-armor, and counter-drone missions while reinforcing deterrence and battlefield responsiveness.
The AGM-114R2 adds a height-of-burst detonation mode that improves effectiveness against exposed troops and light vehicles, while retaining proven laser-guided accuracy for controlled engagements. Integrated with AH-64E Apache helicopters and networked targeting systems, the missile supports flexible, multi-domain operations and reflects a broader shift toward precision, scalable firepower in modern warfare.
Related topic: US releases first-ever footage of AGM-114R-9X Flying Ninja bladed missile strike
The AH‑64E’s ability to employ Hellfire missiles remains central to its combat relevance, as it gives crews the option to destroy armored vehicles, fortified positions, as well as high‑value targets at standoff ranges and under adverse conditions. (Picture source: US Air National Guard)
On April 22, 2026, the U.S. Department of State approved a potential Foreign Military Sales case for the Netherlands covering 530 AGM-114R2 Hellfire II missiles with associated support elements, for a total estimated value of $200 million. The structure of the 2026 package also includes a technical assistance from U.S. Army Aviation and Missile Command Security Assistance Management Directorate and the Tactical Aviation and Ground Munitions Project Office, as well as integration support, publications, and logistics. Resulting in an aggregate cost of about $377,000 per missile at the package level when non-hardware elements are included.
The absence of captive air training missiles and launchers indicates that the Netherlands will rely exclusively on existing M299 launcher stocks and established maintenance and storage infrastructure. The AGM-114R2 Hellfire is an incremental modification of the AGM-114R Hellfire II, maintaining a semi-active laser homing guidance architecture that requires continuous or terminal designation. This variant possesses a maximum speed near Mach 1.3 and an operational engagement range typically between 7 km and 11 km, depending on trajectory and launch conditions. It incorporates a multi-purpose warhead combining tandem high-explosive anti-tank capability, blast-fragmentation effects, and delayed fuze modes.
The R2 modification also introduces a height-of-burst detonation mode at about one meter above the target, increasing fragmentation distribution against exposed personnel and light vehicles without adding radar guidance or fire-and-forget capability. The Hellfire missile itself has a mass between 45 kg and 49.4 kg, depending on variant, a diameter of 178 mm, and a length between 1.62 m and 1.75 m, but requires a continuous laser designation in semi-active laser variants, such as the R2, or autonomous targeting when using millimeter-wave radar guidance in the AGM-114L.
The primary operational carrier for these missiles in Dutch service is the AH-64E Apache, with 28 attack helicopters currently in service following remanufacturing from AH-64D configurations and 12 additional helicopters on order, leading to a planned fleet of 40 units. The AH-64E Apache employs the AGM-114 Hellfire missile through a standardized weapons architecture built around the M299 four-round launcher, with each helicopter able to carry up to 16 missiles in a full combat configuration. This configuration is supported by two stub wings designed to sustain combined loads exceeding 6,800 kg mission weight and up to 10,433 kg maximum takeoff weight. The helicopter’s onboard systems, including the M-TADS/PNVS sensor suite and AN/APG-78 Longbow radar, enable detection, classification, and engagement of multiple targets under degraded visibility conditions.
Furthermore, the integration with digital networks such as Link 16 and manned-unmanned teaming enables target designation from external assets, including unmanned systems. Cost factors directly influence the Apache’s employment, with laser-guided APKWS rockets priced at $25,000 to $30,000 compared to more than $200,000 for radar-guided Hellfire rounds, leading to differentiated use based on target type, distance, and required probability of kill. For instance, recent exercises such as Red Sands 24-2 in Saudi Arabia and Operation Flyswatter on August 12, 2025, at Marine Corps Air Station New River demonstrated the use of Hellfire and related systems against aerial targets, including drones, with one event recording 13 successful engagements out of 14 attempts using combinations of radar-guided, radio-frequency, and laser-guided munitions.
The Dutch MQ-9 Reaper fleet, consisting of four aircraft in service and four on order, represents a compatible but not explicitly confirmed launch platform within the 2026 FMS. The Dutch AH-64E configuration is derived from Apaches originally delivered as AH-64D starting in 1998 and upgraded under a 2018 remanufacturing contract, with first AH-64E deliveries in 2022. The AH-64E helicopter is powered by twin General Electric T700 engines, has a maximum takeoff weight of about 10.4 tons, a cruise speed of about 265 km/h, and a mission-dependent combat radius of roughly 480 km. Avionics include a digital cockpit, Target Acquisition and Designation Sight and Pilot Night Vision Sensor systems, updated mission computers, as well as secure data links.
Armament configurations for Dutch AH-64E helicopters include up to 16 AGM-114 Hellfire missiles, 76 Hydra 70 rockets carried in four M261 pods, and a 30 mm M230 Chain Gun with an onboard ammunition load of 1,200 rounds, supporting missions such as anti-armor operations, close air support, and armed reconnaissance. The introduction of 530 additional AGM-114R2 missiles increases the existing Dutch inventories, which already exceed 900 Hellfire missiles across AGM-114K, AGM-114R, and AGM-114R2 variants. Comparison with earlier Foreign Military Sales approvals shows a consistent increase in both quantities and financial scale.
A pre-2017 baseline and July 11, 2017, expansion totaling 250 AGM-114R missiles valued at $34 million, including 24 M36E8 training missiles and launcher software upgrades, followed by a February 2, 2024 approval for up to 386 AGM-114R2 missiles valued at $150 million, introducing the R2 variant. The April 22, 2026 case reaching 530 AGM-114R2 missiles valued at $200 million, leading to a cumulative potential inventory exceeding 1,800 Hellfire missiles. This inventory would combines about 605 AGM-114K, 350 AGM-114R, 386 AGM-114R2 from 2024, and 530 additional R2 units pending, indicating a transition toward standardization on AGM-114R and R2 variants with a gradual reduction of legacy AGM-114K stocks.
Written by Jérôme Brahy
Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.
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The Netherlands is significantly expanding its precision strike capacity with the planned purchase of 530 AGM-114R2 Hellfire missiles, pushing its total inventory beyond 1,800 rounds. This move strengthens its ability to deliver accurate, high-lethality firepower in close combat, anti-armor, and counter-drone missions while reinforcing deterrence and battlefield responsiveness.
The AGM-114R2 adds a height-of-burst detonation mode that improves effectiveness against exposed troops and light vehicles, while retaining proven laser-guided accuracy for controlled engagements. Integrated with AH-64E Apache helicopters and networked targeting systems, the missile supports flexible, multi-domain operations and reflects a broader shift toward precision, scalable firepower in modern warfare.
Related topic: US releases first-ever footage of AGM-114R-9X Flying Ninja bladed missile strike
The AH‑64E’s ability to employ Hellfire missiles remains central to its combat relevance, as it gives crews the option to destroy armored vehicles, fortified positions, as well as high‑value targets at standoff ranges and under adverse conditions. (Picture source: US Air National Guard)
On April 22, 2026, the U.S. Department of State approved a potential Foreign Military Sales case for the Netherlands covering 530 AGM-114R2 Hellfire II missiles with associated support elements, for a total estimated value of $200 million. The structure of the 2026 package also includes a technical assistance from U.S. Army Aviation and Missile Command Security Assistance Management Directorate and the Tactical Aviation and Ground Munitions Project Office, as well as integration support, publications, and logistics. Resulting in an aggregate cost of about $377,000 per missile at the package level when non-hardware elements are included.
The absence of captive air training missiles and launchers indicates that the Netherlands will rely exclusively on existing M299 launcher stocks and established maintenance and storage infrastructure. The AGM-114R2 Hellfire is an incremental modification of the AGM-114R Hellfire II, maintaining a semi-active laser homing guidance architecture that requires continuous or terminal designation. This variant possesses a maximum speed near Mach 1.3 and an operational engagement range typically between 7 km and 11 km, depending on trajectory and launch conditions. It incorporates a multi-purpose warhead combining tandem high-explosive anti-tank capability, blast-fragmentation effects, and delayed fuze modes.
The R2 modification also introduces a height-of-burst detonation mode at about one meter above the target, increasing fragmentation distribution against exposed personnel and light vehicles without adding radar guidance or fire-and-forget capability. The Hellfire missile itself has a mass between 45 kg and 49.4 kg, depending on variant, a diameter of 178 mm, and a length between 1.62 m and 1.75 m, but requires a continuous laser designation in semi-active laser variants, such as the R2, or autonomous targeting when using millimeter-wave radar guidance in the AGM-114L.
The primary operational carrier for these missiles in Dutch service is the AH-64E Apache, with 28 attack helicopters currently in service following remanufacturing from AH-64D configurations and 12 additional helicopters on order, leading to a planned fleet of 40 units. The AH-64E Apache employs the AGM-114 Hellfire missile through a standardized weapons architecture built around the M299 four-round launcher, with each helicopter able to carry up to 16 missiles in a full combat configuration. This configuration is supported by two stub wings designed to sustain combined loads exceeding 6,800 kg mission weight and up to 10,433 kg maximum takeoff weight. The helicopter’s onboard systems, including the M-TADS/PNVS sensor suite and AN/APG-78 Longbow radar, enable detection, classification, and engagement of multiple targets under degraded visibility conditions.
Furthermore, the integration with digital networks such as Link 16 and manned-unmanned teaming enables target designation from external assets, including unmanned systems. Cost factors directly influence the Apache’s employment, with laser-guided APKWS rockets priced at $25,000 to $30,000 compared to more than $200,000 for radar-guided Hellfire rounds, leading to differentiated use based on target type, distance, and required probability of kill. For instance, recent exercises such as Red Sands 24-2 in Saudi Arabia and Operation Flyswatter on August 12, 2025, at Marine Corps Air Station New River demonstrated the use of Hellfire and related systems against aerial targets, including drones, with one event recording 13 successful engagements out of 14 attempts using combinations of radar-guided, radio-frequency, and laser-guided munitions.
The Dutch MQ-9 Reaper fleet, consisting of four aircraft in service and four on order, represents a compatible but not explicitly confirmed launch platform within the 2026 FMS. The Dutch AH-64E configuration is derived from Apaches originally delivered as AH-64D starting in 1998 and upgraded under a 2018 remanufacturing contract, with first AH-64E deliveries in 2022. The AH-64E helicopter is powered by twin General Electric T700 engines, has a maximum takeoff weight of about 10.4 tons, a cruise speed of about 265 km/h, and a mission-dependent combat radius of roughly 480 km. Avionics include a digital cockpit, Target Acquisition and Designation Sight and Pilot Night Vision Sensor systems, updated mission computers, as well as secure data links.
Armament configurations for Dutch AH-64E helicopters include up to 16 AGM-114 Hellfire missiles, 76 Hydra 70 rockets carried in four M261 pods, and a 30 mm M230 Chain Gun with an onboard ammunition load of 1,200 rounds, supporting missions such as anti-armor operations, close air support, and armed reconnaissance. The introduction of 530 additional AGM-114R2 missiles increases the existing Dutch inventories, which already exceed 900 Hellfire missiles across AGM-114K, AGM-114R, and AGM-114R2 variants. Comparison with earlier Foreign Military Sales approvals shows a consistent increase in both quantities and financial scale.
A pre-2017 baseline and July 11, 2017, expansion totaling 250 AGM-114R missiles valued at $34 million, including 24 M36E8 training missiles and launcher software upgrades, followed by a February 2, 2024 approval for up to 386 AGM-114R2 missiles valued at $150 million, introducing the R2 variant. The April 22, 2026 case reaching 530 AGM-114R2 missiles valued at $200 million, leading to a cumulative potential inventory exceeding 1,800 Hellfire missiles. This inventory would combines about 605 AGM-114K, 350 AGM-114R, 386 AGM-114R2 from 2024, and 530 additional R2 units pending, indicating a transition toward standardization on AGM-114R and R2 variants with a gradual reduction of legacy AGM-114K stocks.
Written by Jérôme Brahy
Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.
