Netherlands Moves to Join U.S. CCA Program to Expand F-35 Sensor and Strike Power with Combat Drones
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The Netherlands moves to join the U.S. Collaborative Combat Aircraft program to expand F-35 unmanned teaming capabilities. The step positions Dutch forces inside a critical U.S.-led effort shaping future AI-enabled air combat.
The Dutch Ministry of Defence confirmed plans to sign a Letter of Acceptance after its October 2025 Letter of Intent, unlocking access to CCA data, operational concepts, and technical expertise. While the move stops short of a procurement commitment, it gives the Netherlands direct exposure to the technologies, doctrine, and partnerships driving crewed-uncrewed combat aviation, with TNO and NLR set to accelerate Dutch and broader European expertise in the field.
Read Also: Netherlands Dispatches 12 F-35A Jets to US for Advanced NATO Air Defense Readiness Training
The Netherlands is moving to join the U.S. Collaborative Combat Aircraft program to enhance F-35 unmanned teaming, illustrated by the U.S.’s F-35As paired with an XQ-58A Valkyrie, image for illustrative purposes only (Picture source: U.S. Air Force)
The new step follows an earlier Letter of Intent signed in October 2025, when the Netherlands first signaled its interest in the CCA effort. The ministry stated that it must indicate before April 8, 2026, whether it will continue in the program and that it intends to do so by signing the Letter of Acceptance. This phase is presented not as a procurement decision, but as a move aimed at gaining knowledge and access to data on Collaborative Combat Aircraft, while giving the Netherlands a stronger basis for any future decision on whether to acquire such systems. Army Recognition had already reported on that earlier Dutch move in October 2025, when it highlighted the signing of the Letter of Intent in Washington and framed it as an early Dutch entry into a new model of AI-enabled and crewed-uncrewed air combat cooperation.
Dutch participation will also involve the research institutions TNO and NLR, which the ministry says will gain access to knowledge and data related to CCA. In practical terms, the ministry presents this as an opportunity to accelerate the buildup of expertise on autonomous systems in the Netherlands and in Europe. It also links the initiative directly to the future integration of unmanned systems with Dutch fifth-generation combat aircraft such as the F-35, an indication that the Dutch view CCA not as a standalone drone project but as part of a broader manned-unmanned combat architecture. That reading is reinforced by Army Recognition’s earlier analysis, which noted that the Dutch approach was aimed at systems flying in coordination with crewed fighters and controlled as part of the same combat package rather than operating separately.
As described by the Dutch Ministry of Defence, integrated unmanned air systems could significantly increase the effectiveness of crewed fighters such as the F-35. The ministry identifies three key operational contributions: extending sensor reach, carrying additional weapons, and taking on the most dangerous missions over hostile territory. This points to a model in which unmanned aircraft would support manned fighters by broadening situational awareness, increasing the available combat payload, and assuming roles that would otherwise expose pilots and high-value crewed platforms to greater danger. The ministry also underlines an industrial and force-generation advantage, noting that such capabilities can be produced faster and at lower cost than traditional manned combat aircraft.
The operational significance of this approach lies in its potential to increase combat mass and flexibility without relying solely on additional crewed fighters. For an air force operating the F-35, the ability to pair manned aircraft with autonomous systems could create more options for reconnaissance, strike support, and missions in heavily defended airspace. The Dutch statement remains cautious and does not identify a platform for future acquisition, but it clearly presents CCA as a way to improve the effectiveness of existing fighter forces rather than replace them. Boswijk’s remarks also make clear that the current value of participation is early experience, allowing the Netherlands to build familiarity with systems that are becoming increasingly important for modern armed forces. This also aligns with one of the key analytical points raised earlier by Army Recognition: for an F-35 operator, collaborative drones can add mass and survivability to a limited fighter fleet by distributing sensing, weapons carriage, and risk across multiple platforms.
The strategic context is equally important. The Dutch ministry notes that two larger international cooperative programs exist in Europe in this field, but says they are still in an early stage and currently concentrate mainly on the next generation of manned fighter aircraft. According to the ministry, these European efforts do not currently offer comparable opportunities to join a knowledge and innovation program focused on unmanned combat aircraft. That makes the American CCA initiative especially attractive to the Netherlands at this stage, not because it imposes a future purchase, but because it provides an immediate route into the concepts, data, and expertise associated with a rapidly developing area of military aviation. Army Recognition’s earlier reporting added another interesting angle by suggesting that early participation could give the Netherlands a place closer to the internal evolution of requirements and operational concepts in a field that is still taking shape.
Boswijk also stressed that participation does not bind the Netherlands to buy an American system. The ministry says the country will make its acquisition decision later and that there is no obligation to purchase a U.S. CCA platform. That distinction is important, because it allows the Netherlands to deepen its understanding of unmanned combat aviation while preserving freedom of choice for the future. It also suggests that the Dutch government sees early access to knowledge as strategically valuable in itself, especially in a field where operational concepts, integration requirements, and technological pathways are still evolving.
The Dutch move shows that future air combat planning is increasingly centered on how crewed fighters and unmanned systems will operate together rather than on manned platforms alone. By choosing to proceed with the next step in the CCA program, the Netherlands is seeking knowledge, data, and experience that could shape how its air force develops in the years ahead. Without committing yet to a purchase, it is securing a position inside a program focused on the kind of autonomous capabilities that are expected to play a growing role alongside the F-35 and other advanced combat aircraft.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
{loadposition bannertop}
{loadposition sidebarpub}
The Netherlands moves to join the U.S. Collaborative Combat Aircraft program to expand F-35 unmanned teaming capabilities. The step positions Dutch forces inside a critical U.S.-led effort shaping future AI-enabled air combat.
The Dutch Ministry of Defence confirmed plans to sign a Letter of Acceptance after its October 2025 Letter of Intent, unlocking access to CCA data, operational concepts, and technical expertise. While the move stops short of a procurement commitment, it gives the Netherlands direct exposure to the technologies, doctrine, and partnerships driving crewed-uncrewed combat aviation, with TNO and NLR set to accelerate Dutch and broader European expertise in the field.
Read Also: Netherlands Dispatches 12 F-35A Jets to US for Advanced NATO Air Defense Readiness Training
The Netherlands is moving to join the U.S. Collaborative Combat Aircraft program to enhance F-35 unmanned teaming, illustrated by the U.S.’s F-35As paired with an XQ-58A Valkyrie, image for illustrative purposes only (Picture source: U.S. Air Force)
The new step follows an earlier Letter of Intent signed in October 2025, when the Netherlands first signaled its interest in the CCA effort. The ministry stated that it must indicate before April 8, 2026, whether it will continue in the program and that it intends to do so by signing the Letter of Acceptance. This phase is presented not as a procurement decision, but as a move aimed at gaining knowledge and access to data on Collaborative Combat Aircraft, while giving the Netherlands a stronger basis for any future decision on whether to acquire such systems. Army Recognition had already reported on that earlier Dutch move in October 2025, when it highlighted the signing of the Letter of Intent in Washington and framed it as an early Dutch entry into a new model of AI-enabled and crewed-uncrewed air combat cooperation.
Dutch participation will also involve the research institutions TNO and NLR, which the ministry says will gain access to knowledge and data related to CCA. In practical terms, the ministry presents this as an opportunity to accelerate the buildup of expertise on autonomous systems in the Netherlands and in Europe. It also links the initiative directly to the future integration of unmanned systems with Dutch fifth-generation combat aircraft such as the F-35, an indication that the Dutch view CCA not as a standalone drone project but as part of a broader manned-unmanned combat architecture. That reading is reinforced by Army Recognition’s earlier analysis, which noted that the Dutch approach was aimed at systems flying in coordination with crewed fighters and controlled as part of the same combat package rather than operating separately.
As described by the Dutch Ministry of Defence, integrated unmanned air systems could significantly increase the effectiveness of crewed fighters such as the F-35. The ministry identifies three key operational contributions: extending sensor reach, carrying additional weapons, and taking on the most dangerous missions over hostile territory. This points to a model in which unmanned aircraft would support manned fighters by broadening situational awareness, increasing the available combat payload, and assuming roles that would otherwise expose pilots and high-value crewed platforms to greater danger. The ministry also underlines an industrial and force-generation advantage, noting that such capabilities can be produced faster and at lower cost than traditional manned combat aircraft.
The operational significance of this approach lies in its potential to increase combat mass and flexibility without relying solely on additional crewed fighters. For an air force operating the F-35, the ability to pair manned aircraft with autonomous systems could create more options for reconnaissance, strike support, and missions in heavily defended airspace. The Dutch statement remains cautious and does not identify a platform for future acquisition, but it clearly presents CCA as a way to improve the effectiveness of existing fighter forces rather than replace them. Boswijk’s remarks also make clear that the current value of participation is early experience, allowing the Netherlands to build familiarity with systems that are becoming increasingly important for modern armed forces. This also aligns with one of the key analytical points raised earlier by Army Recognition: for an F-35 operator, collaborative drones can add mass and survivability to a limited fighter fleet by distributing sensing, weapons carriage, and risk across multiple platforms.
The strategic context is equally important. The Dutch ministry notes that two larger international cooperative programs exist in Europe in this field, but says they are still in an early stage and currently concentrate mainly on the next generation of manned fighter aircraft. According to the ministry, these European efforts do not currently offer comparable opportunities to join a knowledge and innovation program focused on unmanned combat aircraft. That makes the American CCA initiative especially attractive to the Netherlands at this stage, not because it imposes a future purchase, but because it provides an immediate route into the concepts, data, and expertise associated with a rapidly developing area of military aviation. Army Recognition’s earlier reporting added another interesting angle by suggesting that early participation could give the Netherlands a place closer to the internal evolution of requirements and operational concepts in a field that is still taking shape.
Boswijk also stressed that participation does not bind the Netherlands to buy an American system. The ministry says the country will make its acquisition decision later and that there is no obligation to purchase a U.S. CCA platform. That distinction is important, because it allows the Netherlands to deepen its understanding of unmanned combat aviation while preserving freedom of choice for the future. It also suggests that the Dutch government sees early access to knowledge as strategically valuable in itself, especially in a field where operational concepts, integration requirements, and technological pathways are still evolving.
The Dutch move shows that future air combat planning is increasingly centered on how crewed fighters and unmanned systems will operate together rather than on manned platforms alone. By choosing to proceed with the next step in the CCA program, the Netherlands is seeking knowledge, data, and experience that could shape how its air force develops in the years ahead. Without committing yet to a purchase, it is securing a position inside a program focused on the kind of autonomous capabilities that are expected to play a growing role alongside the F-35 and other advanced combat aircraft.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
