Behind MQ-25A milestone C: Disciplined support for a new era of carrier aviation
FORT WORTH, Texas – June 5, 2026 – The MQ-25A Stingray Milestone C approval marks a major step for unmanned carrier aviation – and for the teams helping the Navy move this capability from development into production, fielding and sustainment.
Following a successful first flight in April, the Navy announced that the MQ-25A received Milestone C approval to move into Low-Rate Initial Production (LRIP), a limited production phase designed to validate manufacturing processes and enable operational testing before full-rate production begins.
For the Navy, this milestone advances the world’s first fully integrated, carrier-based unmanned aerial vehicle. For StraCon, it reflects the value of disciplined support to the Unmanned Carrier Aviation Program Office, PMA-268: the coordination, documentation, planning, communication and execution support that help complex acquisition programs move forward with confidence.
Milestone C is not just a program checkpoint. It is the visible result of years of development, testing, maturation and teamwork across government and industry.
Why MQ-25A Milestone C matters
In Department of War acquisition terms, Milestone C is the review point that allows a program to enter the production and deployment phase. It signals that the program has progressed beyond proving the basic system and is ready to begin producing and scaling the capability responsibly.
For MQ-25A, that shift is significant. The program is moving from the question of “Can we develop and demonstrate this capability?” to the more operational challenge of producing it with discipline, fielding it to the fleet, supporting it across its life cycle, and managing the data, configuration, training, sustainment, and readiness that make it usable in practice, while scaling the capability without losing control of cost, schedule, or performance.
That is where program management and acquisition support become essential.
A milestone decision depends on more than aircraft performance alone. It depends on whether the program can show readiness across technical, financial, contractual, schedule, documentation, supportability and production areas.
“Unmanned refueling extends our reach against any adversary,” said Acting Secretary of the Navy Hung Cao. “Moving the MQ-25A Stingray to Milestone C and into production is arming our warfighters with a capability that increases the lethality of our Carrier Strike Groups. This is a decisive advantage that delivers our warfighters what they need to fight and win.”
That advantage is operational, technical and strategic.
A pathfinder for unmanned carrier aviation
MQ-25A is designed to provide organic aerial refueling from the carrier. That mission matters because it gives the Carrier Air Wing more reach and flexibility.
By taking on the refueling role, Stingray enables carrier-based aircraft to focus on strike missions. It can help preserve strike aircraft service life, improve readiness and increase the air wing’s operational reach. It also sets the foundation for deeper integration of unmanned systems with manned platforms in the carrier environment.
Carrier-based unmanned aviation is not only about the aircraft. It also depends on mission-control integration, data flow, operator interfaces, software maturity, shipboard realities and long-term support.
PMA-268 manages both the MQ-25A Stingray unmanned air system and the Unmanned Carrier Aviation Mission Control System. That broader scope matters because unmanned aviation capability depends on the aircraft and the control system working together as an integrated operational system.
In practical terms, the aircraft must be producible, supportable and ready to operate in a demanding carrier environment. The mission-control system must enable operators to manage the platform effectively.
Key takeaway: Milestone C is about readiness to produce and deploy a complete capability – not just an air vehicle.
The work behind the milestone
Large defense acquisition milestones are built through thousands of smaller actions. Some are highly technical. Others are administrative, financial, contractual, or operational. All of them matter.
Behind a milestone like this are core disciplines such as:
- Program management to align teams, priorities, schedules and decisions
- Acquisition support to help move requirements, contracts, reviews and approvals
- Engineering coordination to connect technical progress with program needs
- Digital engineering to connect data, models and tools in ways that improve configuration visibility, lifecycle management and decision-making across the program
- Test planning to support disciplined evaluation and risk reduction
- Documentation management to ensure the right information is available, accurate and controlled
- Configuration and data management to preserve the integrity of system information over time
- Scheduling to track dependencies, milestones, meetings and deliverables
- Financial management to help align resources with execution
- Production readiness support to prepare for the realities of building and delivering aircraft
- Supportability planning to consider maintenance, logistics, training and sustainment needs
- Communication across government and industry teams to keep complex work moving
These functions are often less visible than a first flight or a milestone announcement. Yet they are part of the machinery that makes those moments possible.
For a program moving into LRIP, the details become even more important. Production introduces new demands. Fielding introduces new stakeholders. Sustainment brings long-term cost, readiness, training, parts, data and configuration considerations.
Milestone C confirms progress, but it also raises the tempo.
StraCon’s role: Support, integration, and follow-through
StraCon supports PMA-268 as part of the broader government-industry team. Its role is to help the Navy manage the details that enable disciplined execution across a complex program.
StraCon team members contribute in areas such as coordination, documentation, planning, communication, scheduling, financial tracking, execution support, fleet-focused preparation and digital engineering.
That digital engineering work helps connect data, models and tools across the program to improve configuration visibility, support life cycle management and inform sustainment and readiness decisions.
In a program like MQ-25A, where aircraft, mission-control systems, and support data must function as an integrated whole, a structured digital environment strengthens alignment across teams and helps decision-makers access the information they need to keep complex work moving forward.
In a program office, this kind of support often acts like connective tissue.
It helps people, processes, data and decisions work together. It helps meetings produce action. It helps schedules reflect reality. It helps documentation stay organized and useful. It helps financial and program data support informed decisions.
That support is especially important when a program transitions from development into production and deployment. The questions become broader. The pace can increase. The number of stakeholders grows. The need for reliable information, disciplined processes and clear communication becomes even sharper.
StraCon’s culture centers on enabling the mission by enabling the team. As Bill LaFontaine, Program Manager, said: “My role is to support the team so they can serve our customer effectively and ensure their needs are met.”
That sentiment reflects how StraCon approaches its work. The focus is on delivering meaningful support that helps the customer and the mission succeed.
From development to fleet-focused execution
MQ-25A has progressed through years of development, testing and maturation. The first flight was an important public marker of that progress. So were the design, software, integration and production-readiness activities that helped position the program for Milestone C.
As the program moves into LRIP, the work continues to shift toward production, fielding and sustainment. That means preparing for the realities of delivering capability to the fleet and supporting it over time.
We must consider what information maintainers will need and how configuration changes will be tracked. It is also crucial to determine how operators will train and how production data can inform sustainment planning. Furthermore, we need a clear strategy for how the Navy will manage readiness across the system’s life cycle and how the program will adapt as technology, threats and operational needs evolve.
These are not afterthoughts. They are central to responsible deployment.
A system that performs well in development must also be producible, maintainable and useful to the warfighter. That is why disciplined acquisition support matters. It helps bridge the space between technical achievement and operational capability.
A strategic link to contested logistics
The MQ-25A mission also aligns with the Navy’s broader focus on logistics in contested environments.
The Fighting Instructions state: “We deliver logistics in contested environments. When war demands protraction, we resupply, rearm, refuel, repair, and revive in service of the Joint fight.”
Unmanned carrier-based refueling fits that logic. In a contested environment, the ability to extend reach, keep aircraft in the fight longer and reduce pressure on manned strike-fighter assets is a logistics advantage.
Refueling is combat power.
By bringing organic unmanned refueling to the carrier air wing, MQ-25A helps strengthen the Navy’s ability to project power and sustain operations when distance, threat and time all matter.
Looking Ahead
Milestone C is a major achievement, but it is not the finish line. It is the beginning of the next phase.
For StraCon, supporting PMA-268 means continuing to help manage the disciplined work behind that progress. The aircraft, the mission-control system, digital engineering, the data, the documentation, the schedules, the funding, the planning and the people all have to move together.
In that effort, digital engineering provides a practical advantage by helping connect models, information, and life cycle data in ways that support configuration visibility, informed decision-making and long-term sustainment as MQ-25A moves forward.
MQ-25A represents a new chapter in carrier aviation. Its success will depend not only on advanced technology, but also on the sustained teamwork required to deliver, support and scale that technology for the fleet.
StraCon is proud to support the Navy team, helping bring this capability closer to the warfighter.
About StraCon
Founded in 2008 and headquartered in Fort Worth, Texas, StraCon Services Group LLC is an ISO 9001:2015 and CMMC certified small business supporting U.S. military aviation and defense programs. A trusted provider of support to NAVAIR and other government organizations, StraCon delivers mission-focused solutions across several core capabilities: digital engineering and product life cycle management, foreign military sales, program management, financial management, unmanned systems, strategic communications, logistics, training, and engineering support. Guided by its commitment to excellence in execution, StraCon provides integrated expertise that enhances operational effectiveness across the defense community.