The Netherlands has quietly taken a decisive step into the future of air warfare, becoming the first European nation to formally join the United States’ Collaborative Combat Aircraft (CCA) program. The move comes at a time when transatlantic relations are under strain, making the Dutch decision both strategically significant and politically notable. By committing to fund and acquire two of the first prototype CCAs, the Netherlands is positioning itself at the forefront of a technological shift that could redefine modern aerial combat.
The agreement, announced by the U.S. Air Combat Command, marks a milestone in allied defense cooperation. According to the official statement, the partnership between the U.S. Department of the Air Force and the Netherlands Ministry of Defense is intended to accelerate the development and acquisition of prototype CCAs. The goal is clear: to deliver “affordable mass” and strengthen the ability of allied forces to deter or defeat adversaries in increasingly contested environments.
At the core of the agreement is a shared commitment to developing autonomous systems built on open-architecture frameworks. This design philosophy ensures that platforms can communicate seamlessly, exchange data efficiently, and remain adaptable as technology evolves. Interoperability is not just a technical requirement—it is a strategic necessity in coalition warfare, where multiple nations must operate as a unified force despite differences in equipment and doctrine.
The Dutch decision builds on earlier momentum. In October 2025, the Royal Netherlands Air Force signed a letter of intent signaling its desire to join the program. At the time, the Dutch Defense Ministry emphasized innovation and international cooperation as key drivers behind the move. The formal agreement now translates that intent into concrete action, placing the Netherlands among the earliest adopters of a capability that is still in its developmental phase.
The CCA program itself represents a fundamental shift in how air power is conceptualized. Initiated in 2023, it envisions fleets of relatively low-cost, unmanned aircraft operating alongside traditional manned fighters. These drones—often described as “loyal wingmen”—are designed to augment human pilots rather than replace them. They can carry additional weapons, extend sensor coverage, and undertake high-risk missions that would otherwise endanger human life.
Cost is a defining factor in this strategy. Each CCA is expected to cost between $25 million and $35 million, significantly less than advanced fighter jets, which can exceed $100 million depending on configuration. This price differential allows militaries to field larger numbers of aircraft, creating the “mass” needed to overwhelm sophisticated air defenses. In practical terms, this means that a single manned fighter could be accompanied by multiple autonomous drones, dramatically increasing its combat effectiveness.
Initially, these drones are expected to function as airborne “missile trucks,” providing additional firepower during engagements. However, their potential roles extend far beyond that. Future iterations could perform intelligence gathering, electronic warfare, surveillance, reconnaissance, and even fully autonomous strike missions. The trajectory is clear: CCAs are evolving from support assets into versatile, multi-role platforms.
The United States Air Force has outlined ambitious plans for the program, aiming to deploy at least 1,000 CCAs in the coming years. These drones will operate alongside fifth-generation fighters and eventually integrate with next-generation aircraft currently under development. By pairing advanced manned platforms with autonomous systems, the Air Force seeks to enhance survivability, extend operational reach, and maintain an edge against near-peer competitors.
For the Netherlands, the benefits of joining early are substantial. As an initial partner, it is likely to gain access not only to the technology itself but also to the underlying data, development processes, and operational concepts. This level of involvement allows Dutch engineers, strategists, and pilots to help shape how CCAs are designed and used. Importantly, it also enables them to tailor the technology to European security challenges, which differ in key respects from those faced by the United States.
Security concerns in Europe are heavily influenced by tensions with Russia, which many NATO members view as their primary strategic threat. The integration of CCAs into the Dutch air force could significantly enhance deterrence by increasing the scale and flexibility of its combat capabilities. Each F-35 fighter operated by the Netherlands could effectively command a small formation of drones, multiplying its impact without requiring a proportional increase in expensive manned aircraft.
The partnership also includes a strong experimental component. Dutch personnel will train and conduct operational testing alongside their American counterparts at the Experimental Operations Unit based at Nellis Air Force Base in Nevada. This unit plays a critical role in developing concepts of operations for CCAs, serving as a bridge between engineers and frontline operators. By participating directly in this process, the Netherlands gains invaluable experience in integrating autonomous systems into real-world missions.
This iterative approach—testing, refining, and retesting—ensures that the technology evolves in response to practical challenges rather than theoretical assumptions. It also accelerates the development of human-machine teaming, a concept that lies at the heart of the CCA program. Effective collaboration between pilots and autonomous systems requires not only advanced algorithms but also new tactics, training methods, and command structures.
On the industrial side, the program is currently evaluating multiple prototype designs. Two leading contenders have emerged in the first phase: one developed by General Atomics and another by Anduril Industries. Both emphasize stealth, internal weapons carriage, and semi-autonomous capabilities, reflecting the need to operate in highly contested environments. Each platform is paired with advanced autonomy software, highlighting the importance of artificial intelligence in enabling these systems.
The U.S. Air Force is expected to select one or possibly both designs for initial production by the end of the 2026 fiscal year. This decision will mark a critical transition from experimentation to deployment. Funding plans already indicate a significant commitment, with nearly $1 billion allocated for procurement in the 2027 budget, along with additional funds earmarked for future production.
Looking ahead, the program is set to evolve further with a second phase, known as Increment 2. While details remain limited, this next generation of CCAs is expected to feature more advanced capabilities, potentially including higher levels of autonomy and expanded mission sets. These improvements may come at a higher cost, but they will also offer greater operational flexibility and effectiveness.
The Netherlands’ early investment in the program suggests a long-term vision. Rather than waiting for the technology to mature, it has chosen to participate in its development, accepting the risks and uncertainties that come with innovation. This approach not only accelerates its own capabilities but also strengthens its position within NATO, where technological leadership can translate into strategic influence.
At a broader level, the decision underscores the enduring importance of transatlantic defense cooperation. Despite political tensions and differing priorities, the United States and its European allies continue to find common ground in addressing shared security challenges. Programs like the CCA demonstrate that collaboration remains both possible and necessary, particularly in areas where technological complexity demands pooled resources and expertise.
The Netherlands’ move reflects a recognition that the nature of air warfare is changing. The era of relying solely on a small number of highly advanced, manned aircraft is giving way to a more distributed model, where human pilots operate as part of a network that includes autonomous systems. In this new paradigm, success will depend not just on individual platforms but on how effectively they work together.
By joining the CCA program, the Netherlands is not merely acquiring new equipment—it is investing in a new way of fighting. The combination of cutting-edge technology, international collaboration, and forward-looking strategy positions it as a key player in the next generation of air power.
