The U.S. Air Force selected Anduril Industries to build the FQ-44, a drone designed to fly in formation with crewed fighter jets as an autonomous wingman under the Collaborative Combat Aircraft program. The aircraft, designated YFQ-44A for its Increment 1 competition phase, represents the service’s bet that a relatively young defense technology firm can deliver an operational combat drone faster and cheaper than traditional prime contractors have managed with prior unmanned platforms. With FY2026 funding requests already in play before Congress, the program is entering the phase where contract dollars either accelerate or stall.
Why the FQ-44 selection pressures the Air Force budget right now
The CCA program exists because the Air Force needs more combat mass in the air without the per-unit cost of additional F-35s. Each crewed fifth-generation fighter costs well north of $80 million, and the service cannot buy enough of them to match the scale of threats it expects from near-peer adversaries. The FQ-44 is supposed to change that math by putting a lower-cost, software-driven airframe next to those fighters, absorbing risk and carrying sensors or weapons that extend the formation’s reach.
The immediate tension is whether Anduril can convert early-stage awards into production hardware on a timeline that matters. A Congressional Research Service report on the CCA program references FY2026 requested funding levels and identifies the YFQ-44A among Increment 1 competitors. That designation confirms the Air Force has moved past concept selection and into a phase where real money flows toward flight testing and low-rate production. The question is how fast those obligations ramp compared to earlier unmanned efforts like the MQ-25 Stingray or the XQ-58 Valkyrie, programs that took years to move from award to first meaningful production contracts.
Anduril’s approach differs from legacy defense contractors in one significant way: the company builds its aircraft around a common software backbone called Lattice, which it claims allows faster iteration and integration. Whether that software-first model translates into faster procurement timelines is the core test the next two fiscal years will answer. If Lattice can absorb new mission software and sensor payloads without major redesigns, the Air Force could field multiple FQ-44 variants without starting from scratch each time, a key factor in keeping both schedule and cost under control.
Federal procurement records and the Anduril contract trail
The strongest public evidence of the Air Force’s commitment sits in federal contracting databases. Award search results in FPDS list Anduril Industries, Inc. under CAGE code 85LD7, with its unique entity identifier recorded as Anduril Industries Inc. and a vendor address zip code of 926261548. Those identifiers tie the company to contract actions processed through offices labeled under “Director,” a contracting office name associated with major acquisition programs.
The FPDS data dictionary defines the fields that structure these records, including the contracting office, vendor identifiers, and obligation amounts that would reveal how much the Air Force has actually committed. Federal contract opportunities listed on SAM.gov reference CCA-related requirements, confirming the program’s active solicitation pipeline. Together, these records establish that Anduril is not simply a press-release partner but a registered vendor with traceable contract actions flowing through the standard federal procurement system.
Publicly accessible acquisition data is expanding beyond individual award PDFs. The General Services Administration maintains an open API catalog that aggregates contract and spending information across agencies, providing another route for analysts to track how emerging programs like CCA move from research and development to production. As more transaction-level data is exposed through machine-readable interfaces, it becomes easier to compare obligation timing and scale between the FQ-44 and legacy unmanned aircraft programs.
What the public records do not yet show is equally telling. No published FPDS entries break out specific obligation amounts tied to FQ-44 flight testing or production lots. The Congressional Research Service report cites overall CCA funding but does not provide a line-item split between Anduril and other Increment 1 competitors. Without those figures, outside analysts cannot yet confirm whether obligation rates for the FQ-44 are outpacing comparable stages of earlier drone programs. The hypothesis that Anduril’s contract ramp is faster than historical norms remains plausible but unproven in the public record.
Unanswered questions about FQ-44 production scale and cost
Several gaps in the available evidence shape what comes next. First, the Air Force has not publicly disclosed how many FQ-44 units it plans to buy in the first production lot, or what the target unit cost is. The entire value proposition of the CCA program rests on these drones being cheap enough to buy in large numbers and expendable enough to risk in combat. If the per-unit price creeps upward toward that of a crewed fighter, the argument for shifting budget away from additional F-35s or F-15EXs weakens substantially.
Second, the sustainment model for the FQ-44 remains opaque. Historically, unmanned aircraft have generated long-tail costs in maintenance, data links, and ground control infrastructure that were not fully reflected in early program estimates. The Air Force has signaled that CCA platforms should be simpler to maintain and potentially have shorter designed lifespans, but there is no detailed public breakdown of how FQ-44 sustainment dollars will be allocated or whether Anduril will retain a long-term contractor logistics support role.
Third, the integration burden on existing squadrons is still an open question. To realize the promised combat mass, operational units will need tactics, training, and procedures that treat FQ-44s as routine formation members rather than experimental add-ons. That implies investments in simulators, software updates for mission planning systems, and additional training hours for pilots and maintainers. None of those costs are yet visible in the line items associated with the CCA program, but they will affect how much of the Air Force’s topline budget can actually be devoted to buying hardware.
Finally, the competitive landscape inside Increment 1 remains only partially visible. The CRS report confirms that YFQ-44A is one of the designated competitors, but it does not specify how many other airframes are still in contention or how the Air Force plans to split production awards. If the service ultimately selects multiple designs, the FQ-44’s unit cost could be influenced by production volume and learning curves in ways that are difficult to model from the outside.
What to watch as Congress weighs FY2026 funding
As lawmakers review the FY2026 defense budget, the FQ-44 will be embedded within larger debates over modernization priorities and industrial base diversification. Supporters of the CCA approach are likely to argue that funding the YFQ-44A aggressively now is the only way to field meaningful numbers of autonomous wingmen before the end of the decade. Skeptics may point to the lack of transparent cost data and the history of unmanned programs slipping to the right on schedule charts.
Several indicators will reveal whether the Air Force and Anduril are on track. A rapid increase in obligated funds associated with flight test infrastructure and early production tooling would suggest confidence in the design’s maturity. New or amended solicitations on SAM.gov that reference expanded CCA requirements could signal that the service is preparing for higher-volume buys. Conversely, if obligations remain modest and solicitations stay narrowly focused on risk-reduction activities, it would imply that the FQ-44 is still in a cautious, experimental phase.
For now, the FQ-44 represents a bet on a different way of doing business: smaller, software-centric contractors delivering combat aircraft on timelines measured in a few years rather than a decade or more. Whether that bet pays off will depend not just on Anduril’s engineering, but on how quickly the Air Force and Congress are willing to convert concept enthusiasm into sustained, transparent funding lines that can be tracked in the public record. Until more detailed contract data emerges, the FQ-44 will remain both a symbol of acquisition reform and a test case whose real budgetary impact is still coming into focus.
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*This article was researched with the help of AI, with human editors creating the final content.
