Sunday, April 26, 2026

Breaking: U.S. Navy’s MQ-25 Stingray Completes First Flight - The Aviationist


Breaking: U.S. Navy’s MQ-25 Stingray Completes First Flight - The Aviationist

Stingray Flies, IOC Slips to 2029: A Carrier Tanker Two Years Late For Taiwan

Stephen L. Pendergast April 26, 2026

BLUF

Boeing's first production-representative MQ-25A Stingray flew on April 25, 2026 — and within the same week, Navy budget documents slipped Initial Operational Capability from 3Q FY2027 to 2Q FY2029, putting first carrier deployment five years behind the 2018 contract baseline and two years past the 2027 "Davidson Window" for a Chinese move on Taiwan.

The operational consequence dwarfs the procurement embarrassment. Without MQ-25, the carrier air wing's reach is capped by the F/A-18E/F's 500–650 nm combat radius — well inside the DF-26 family's 4,000+ km threat envelope. In a Taiwan contingency, the Navy must choose between standing off beyond DF-26 range (and conceding the inner zone) or closing within DF-21D range (and accepting carrier exposure). MQ-25 is the platform that resolves that dilemma. It will not be on a deck until 2029 at earliest.

Three drivers explain the slip: production-line maturity issues at Boeing's MidAmerica facility; the November 2023 DODIG intervention (DODIG-2024-026) that forced the Navy to abandon concurrent LRIP-and-IOC plans; and carrier availability — USS Theodore Roosevelt (CVN-71), the planned FY2026 IOC platform, was consumed by an 8-month Iran-driven CENTCOM deployment in 2024, all of 2025 in deferred-maintenance recovery, and is now committed to 3rd Fleet readiness exercises with an implicit CENTCOM tasking under the current administration's Iran posture. With only 5 of 11 carriers realistically deployable in 2026, the Navy is trading Pacific deterrence for Middle East presence in real time. Iran has no DF-26s. China does. The carrier most needed to host MQ-25 IOC for the Indo-Pacific peer fight is unavailable because she is being burned down on a regional contingency that doesn't require the platform.

Boeing has absorbed more than $900 million in fixed-price losses. Flyaway unit cost has grown from $136.2M (FY2024) to $181.6M (FY2027). Total program cost stands at ~$15.9B against a 76-aircraft program of record. The pattern is textbook prime-contractor behavior: lowball a fixed-price development bid against a requirements baseline that was actively descoped from stealthy strike to tanker between 2014 and 2018, then recover margin through engineering changes — LRASM hardpoints, EO/IR turret with laser-designation provisions, BLOS-linked manned-unmanned teaming software, all added since contract award.

Meanwhile the unsuccessful 2018 CBARS bidder — General Atomics Aeronautical Systems — has flown the YFQ-42A Collaborative Combat Aircraft for the Air Force in 16 months from contract award, landed the company-funded Mojave on HMS Prince of Wales without catapult or arresting gear, and provided the MQ-20 Avenger that the Navy itself uses as its UMCS surrogate. The MQ-25 program is the last hurrah of an industrial-base structure — five primes inheriting 65% of DOD procurement from the 1990s "Last Supper" — that DOD's own 2022 State of Competition report and Congress's FoRGED Act are now consciously dismantling. The price of these eight years will be paid not in Boeing's losses but in the U.S. Navy's operational reach during the most consequential strategic window of the decade.

A Long-Delayed First Flight

The aircraft that flew on April 25, 2026 was specifically EDM-3, the third of four Engineering Development Model airframes Boeing is building under EMD plus five additional System Demonstration Test Articles (SDTAs) — nine production-representative airframes in total to support the test program. EDM-3 took off at 10:49 a.m. CDT from MidAmerica St. Louis Airport in Mascoutah, Illinois — co-located with Scott Air Force Base — and flew for approximately two hours, accompanied by a Boeing-owned TA-4J Skyhawk and a U.S. Navy UC-12M Huron acting as chase aircraft. The flight was controlled from the Unmanned Carrier Aviation Mission Control System (UMCS) MD-5 Ground Control Station, which integrates Lockheed Martin's MDCX (Multi Domain Control Capability) software, with both Boeing and Navy Air Vehicle Pilots (AVPs) at the controls. Rear Adm. Tony Rossi, who oversees the Program Executive Office for Unmanned Aviation and Strike Weapons (PEO U&W), called the flight "a landmark achievement for the Navy-Boeing team and a critical step toward the future of the carrier air wing." A first attempt on April 22 was aborted on the takeoff roll for undisclosed reasons before the successful sortie three days later. Air Test and Evaluation Squadron 23 (VX-23, the "Salty Dogs") and Unmanned Aviation Test Squadron 24 (UX-24, the "Ghost Wolves") jointly conducted the preceding low- and high-speed taxi trials and will continue the flight-test campaign.

The new airframe differs materially from the T1 demonstrator that first flew on September 19, 2019 and accumulated approximately 125 flight hours conducting unmanned aerial refueling demonstrations with an F/A-18F Super Hornet (June 4, 2021), an E-2D Hawkeye (August 19, 2021), and an F-35C Lightning II (September 14, 2021). The production configuration introduces a retractable electro-optical/infrared (EO/IR) sensor turret under the chin, a redesigned exhaust, structural and avionics changes for fleet airworthiness certification, and integration with the Navy/Lockheed Martin Unmanned Carrier Aviation Mission Control System (UMCS) and its MD-5 Ground Control Station family.

Vice Adm. Daniel Cheever, Commander, Naval Air Forces, told reporters in January 2025 that "we will fly MQ-25 in '25 — you can quote me on that." The aircraft did not fly in 2025. Then–NAVAIR commander Vice Adm. Carl Chebi acknowledged in April 2025 that meeting that schedule would require "a ton of work," noting that "70 percent of the capability that industry delivers to us is late." After a federal government shutdown and what the Navy described as a need to "complete deliberate systems-level testing and review and approve the final airworthiness artifacts needed for a flight clearance," the milestone slipped formally into early 2026.

The Cost Trajectory

Three independent figures tell the story of MQ-25 cost growth.

First, the flyaway unit cost has migrated from $136.2 million in the Navy's FY2024 budget estimate to $166 million in FY2026 and $181.6 million in the FY2027 budget justification documents. The FY2027 request totals $852 million for three Low-Rate Initial Production (LRIP) aircraft plus advance procurement of long-lead materials for a five-aircraft LRIP Lot 3, following $1.04 billion in combined procurement and RDT&E funding in FY2026.

Second, the total program cost stood at $16.5 billion in the December 2022 Selected Acquisition Report — the most recent SAR publicly released — against an acquisition unit cost (AUC) of $209 million, itself a 4 percent increase from the prior estimate. The GAO's 2025 Weapon Systems Annual Assessment, published June 11, 2025, found total cost of approximately $15.9 billion in then-year dollars across the 76-aircraft program of record. Procurement quantity restructuring across President's Budget cycles has masked some of the unit-cost growth — PB2024 alone shifted four aircraft out of the first two production lots into a new third lot.

Third, Boeing's contractor losses on the fixed-price MQ-25 EMD contract — originally an $805 million award for four aircraft in August 2018, later expanded to seven aircraft for $890 million in April 2020 — now exceed $900 million in cumulative pre-tax charges. Boeing logged a $147 million MQ-25 charge in Q2 2022 (its first), a $217 million charge in Q3 2024, and an additional $339 million across 2024 calendar-year reporting, with further losses booked through 2025. The MQ-25 is one of five fixed-price Boeing Defense programs — alongside KC-46A, T-7A, VC-25B, and Commercial Crew (Starliner) — that have together driven Boeing Defense, Space & Security to record annual losses, including $4.9 billion in 2024.

The pattern is the one Hudson Institute analyst Bryan Clark identified bluntly in early 2024: "Boeing wanted to win the work, so they went for these fixed-price R&D contracts and lowballed it, and now they're suffering." Lockheed Martin's then-CEO Marillyn Hewson told investors that matching Boeing's 2018 MQ-25, T-7A, and VC-25B bids would have cost Lockheed more than $5 billion in losses.

The Capability — When It Arrives

The MQ-25's primary mission remains aerial refueling using the same Cobham Aerial Refueling Store (ARS) pod carried by the F/A-18E/F Super Hornet. The Navy told Congress in its August 2025 update that the aircraft is designed to deliver 14,000 to 16,000 pounds of fuel at 500 nautical miles. That capability would relieve the Super Hornet fleet of the buddy-tanker mission, which the service estimates accounts for between 20 and 30 percent of F/A-18E/F sorties — wear-and-tear that has accelerated airframe fatigue across an aging strike-fighter inventory.

Secondary missions include intelligence, surveillance, and reconnaissance (ISR) via the new EO/IR turret, plus signals intelligence (SIGINT) and Automatic Identification System (AIS) receivers for organic maritime surveillance. Boeing has separately demonstrated software allowing an F/A-18F backseat operator to command the MQ-25 directly during refueling — an early manned-unmanned teaming (MUM-T) capability the Navy regards as a building block for its broader vision of a carrier air wing in which 60 percent or more of the aircraft are uncrewed.

The UMCS — the Navy/Lockheed Martin "system-of-systems" that will command not only the MQ-25 but also future carrier-based unmanned aircraft — is further along than the air vehicle itself. The first operational MD-5E Ground Control Station was installed aboard USS George H.W. Bush (CVN-77) in August 2024, with installations on USS Carl Vinson (CVN-70), USS Theodore Roosevelt (CVN-71), and USS Ronald Reagan (CVN-76) phased through FY2025–FY2026. In November 2024, Navy Air Vehicle Pilots at NAS Patuxent River used the UMCS to command a GA-ASI MQ-20 Avenger flying from California — over a proliferated low-Earth-orbit satellite link — establishing that the architecture can control air vehicles other than the MQ-25, a critical proof point for future Collaborative Combat Aircraft on carriers. Unmanned Carrier-Launched Multi-Role Squadron 10 (VUQ-10), the Fleet Replacement Squadron, was established at NAS Patuxent River on October 1, 2022; operational squadrons VUQ-11 and VUQ-12 are planned.

The Lowball-And-Recover Thesis

The pattern of cost growth, requirements instability, and Boeing's own public posture suggests something more deliberate than execution failure. The CBARS program was, by the Navy's own admission, a program in flux at the time of the 2018 award. Originating as the Unmanned Carrier Launched Airborne Surveillance and Strike (UCLASS) program in the early 2010s — itself an outgrowth of the X-47B Unmanned Combat Air System Demonstration (UCAS-D) — it was descoped in February 2016 from a stealthy strike/ISR platform to a tanker "with a little ISR," then formally redesignated MQ-25A in July 2016. The Joint Requirements Oversight Council did not validate the two primary requirements (carrier-capable, refuels other carrier aircraft) until July 2017, and the final RFP did not drop until October 2017. Northrop Grumman's CEO Wes Bush withdrew the X-47B in October 2017 specifically citing the requirements set, telling investors that "if you can't really execute on it and deliver on it to your customer and your shareholders, then you've done the wrong thing." Boeing's own design — secretly completed in 2014 during the UCLASS pause as a stealthy strike platform — was, in the words of one observer, faced with "an unpleasant choice" of either redesigning a clean-sheet tanker or "keep their UCLASS design and just de-emphasize stealth in the construction process." Boeing chose the latter, betting that "the potential to restore LO features later will be worth something." That bet has aged poorly for Boeing's shareholders. It may yet pay off through the production-phase revenue stream.

The mechanism is the engineering change proposal (ECP). Under firm-fixed-price development contracts, the contractor absorbs cost overruns within the original scope of work — but any change in scope, requirements, or specifications triggers a contract modification, billed at cost-plus margins back to the government. The thinner the original requirements baseline, the larger the ECP funnel. The MQ-25 baseline, as Boeing won it, included only the two JROC-validated primary requirements plus a "limited" ISR capability for "permissive" environments. Almost everything else — secondary mission systems, integration with the Navy's evolving UMCS architecture, manned-unmanned teaming software, signals intelligence and Automatic Identification System payloads, and ultimately combat capability — was either undefined or designated for future increments at the time of the 2018 fixed-price award.

The trajectory since shows the funnel filling. Boeing publicly displayed an MQ-25 model in April 2024 with AGM-158C LRASM anti-ship missiles on underwing hardpoints — a stealthy long-range strike weapon, currently fielded on the F/A-18E/F and B-1B and being integrated on F-35B/C, P-8A, F-15E, and F-15EX, that has reportedly seen first combat use against Houthi targets in 2025. A subsonic long-range anti-ship missile bolted under the wings of a "tanker with limited ISR" represents a substantial expansion of the original mission set, almost certainly handled through engineering changes or follow-on contract action rather than the original EMD scope. The retractable EO/IR sensor turret confirmed in January 2026 taxi-trial photography — including the option for laser rangefinders, designators, and trackers consistent with weapons employment — is the same story. So is the BLOS satellite link integration with UMCS demonstrated in November 2024. So is the manned-unmanned teaming software allowing F/A-18 backseaters to command the MQ-25 directly during refueling. None of these capabilities was fully scoped in the 2018 baseline.

The Navy's FY2026 budget submission language is telling: it describes "implementing an evolutionary acquisition strategy to develop, fly, deploy, and evolve" the MQ-25. "Evolve" is the key word. An evolutionary acquisition strategy on a fixed-price baseline is, in practice, a contracting structure that converts every evolution into a billable change order. The DOD Office of Inspector General's audit (DODIG-2024-026, released November 20, 2023) identified the most concrete near-term risk: the Navy's plan to begin Low-Rate Initial Production before completing developmental and operational test of the production-representative aircraft. The DODIG recommended either delaying the LRIP decision "until the Program Office conducts sufficient tests and evaluations" or updating the program's risk management documentation to reflect the concurrency exposure. The Navy chose option two, updated its risk assessment, and proceeded toward LRIP regardless. The GAO's June 2025 Weapon Systems Annual Assessment repeated the warning, citing the LRIP-before-test decision as a potential driver of "cost increases and further delays." The April 2025 Senate Appropriations Committee–reported version of the FY2025 defense bill (S. 4921) would have eliminated the first three LRIP aircraft entirely — a $473.4 million reduction. Congress ultimately funded the program through a continuing resolution and the One Beautiful Bill Act ($100 million in FY2025 reconciliation funding), with the FY2026 request restoring the LRIP buy.

This is the textbook environment for ECP-driven cost recovery: an unstable requirements baseline, a contractor with $900 million in pre-tax losses to amortize, a Navy customer publicly committed to evolving the platform's capabilities, an LRIP decision being made before flight test maturity, and a program of record (76 aircraft) large enough to absorb substantial per-unit cost growth across full-rate production lots. Bryan Clark of the Hudson Institute identified the dynamic in early 2024 in plain language: Boeing "lowballed it" on a fixed-price R&D contract assuming "they would take a financial hit during development but make up profits later in the production and sustainment phases of the program." That is the playbook. The question is no longer whether it is being executed on MQ-25, but what the final acquisition unit cost will be when Boeing's production-and-sustainment recovery has run its course. The current $209 million AUC figure in the 2025 GAO assessment — already a 4 percent increase from the prior estimate, against a 76-aircraft program — is unlikely to be the last word.

The GA-ASI Counterfactual

When the Navy released the final CBARS RFP in October 2017 to Boeing, Lockheed Martin, Northrop Grumman, and General Atomics, the latter offered a Sea Avenger derivative — an enlarged, navalized variant of its company-funded MQ-20 Avenger that had first flown in April 2009. Northrop Grumman withdrew its X-47B-derived offering in October 2017, citing inability to execute under the RFP terms. Boeing won on August 30, 2018 with a fixed-price bid that — as Lockheed's Hewson later acknowledged — implied losses for any competitor pricing to actual cost.

The intervening eight years are instructive.

GA-ASI flew the company-funded MQ-20 Avenger in 2009 and has continuously matured it as a jet-powered autonomy testbed. By 2025, the Avenger had served as the surrogate platform for more than five years of CCA-relevant autonomy development, hosting both GA-ASI's TacACE software and Shield AI's Hivemind — switching between AI pilots in flight — and demonstrating manned-unmanned teaming with a Lockheed Martin/L3Harris-equipped F-22 Raptor. In 2024 the company first flew the XQ-67A Off-Board Sensing Station for AFRL, validating the "genus/species" common-core airframe concept under the Low-Cost Attritable Aircraft Platform Sharing program.

Most pointedly: GA-ASI's YFQ-42A Collaborative Combat Aircraft, derived from the XQ-67A baseline under the Air Force's Increment 1 CCA contract awarded in early 2024, flew on August 27, 2025 — 16 months after contract award, and only 18 months after its XQ-67A predecessor. Air Force Secretary Troy Meink stated that the aircraft "went from concept to flight in just 16 months — proving that we can deliver combat capability at speed." By February 2026, GA-ASI had built and flown multiple YFQ-42As, integrated push-button autonomous takeoff and landing, and conducted a four-hour semi-autonomous mission flight using Collins Aerospace's Sidekick autonomy software via the Autonomy Government Reference Architecture standard.

The contrast with the MQ-25 timeline is stark. Boeing took 13 months from August 2018 contract award to T1 first flight in September 2019 — a respectable showing for the demonstrator. But it then took an additional six years and seven months to fly the first production-representative aircraft. GA-ASI, by comparison, took 16 months from CCA contract award to flight of a production-representative jet-powered uncrewed fighter, and the company has delivered more than 1,200 unmanned aircraft to customers worldwide and accumulated nearly 9 million flight hours across the Predator/Reaper/Avenger/SkyGuardian family.

GA-ASI's Poway, California, facility produces more than 100 aircraft per year — a production rate Boeing's MidAmerica MQ-25 line, which opened a $200 million expansion in 2024, has yet to demonstrate at any meaningful tempo.

The counterfactual would still have required real navalization work — salt-fog hardening, deck-handling integration, catapult and arresting-gear hardpoints, folding wings — that Boeing's wing-body-tail design, secretly completed during the UCLASS pause in 2014 and revived for CBARS, already incorporated. But the assumption that GA-ASI lacked carrier credentials does not survive contact with the record. On November 15, 2023, GA-ASI's company-funded Mojave short-takeoff-and-landing UAS — a STOL-winged derivative sharing systems and components with the MQ-1C Gray Eagle line — took off from, conducted circuits and approaches around, and landed back aboard HMS Prince of Wales (R09) underway off the U.S. East Coast. The Royal Navy carrier is fitted with neither catapults nor arresting gear; Mojave used neither the ski-jump nor the standard launch axis, instead running at an angle from the stern toward the port side of the deck. Royal Navy Director Develop Rear Adm. James Parkin called it "a European first… the first time a Remotely Piloted Air System of this size has operated to and from an aircraft carrier outside of the United States." The demonstration was followed by GA-ASI's planned MQ-9B STOL — a STOL wing set on the larger SkyGuardian/SeaGuardian/Protector airframe — pitched directly at navies operating large flat-deck warships without cats and traps.

Add to this Northrop Grumman's X-47B, which demonstrated full CATOBAR launch and recovery aboard USS Theodore Roosevelt in 2013. The engineering pathway to a navalized Avenger or Sea Avenger derivative was not speculative — it was, by 2018, a well-understood problem with company-funded flight test data on the books. GA-ASI's broader contracting posture is also worth noting: the company has consistently built company-funded prototypes (Avenger 2009, Mojave 2021, XQ-67A 2024) and competed for production with mature hardware, avoiding the fixed-price-development trap that has now cost Boeing more than $7 billion on KC-46, $2 billion on Starliner, $1.77 billion on T-7A, and approaching $1 billion on MQ-25.

The Bigger Pattern: Incumbent Moats On Established Turf

Stepping back, the MQ-25 story is not a one-off contracting failure. It is a textbook example of standard prime-contractor behavior: lock out intruders on established turf. Carrier-based fixed-wing aviation has been Boeing/McDonnell Douglas territory for nearly a century — F4F Wildcat, F4U Corsair, F-4 Phantom II, F/A-18 Hornet, F/A-18E/F Super Hornet, EA-18G Growler. The MQ-25 was, from the prime's perspective, the next iteration of a franchise. A General Atomics win in 2018 would have planted a non-traditional flag on the carrier deck for the first time in living memory and opened the door — through UMCS architecture commonality and demonstrated production rates — to General Atomics taking the lead on every subsequent carrier-based unmanned program, including the CCAs the Navy intends to populate "60 percent or more" of the future air wing with. The fixed-price lowball was not just about winning one program; it was about preventing that beachhead.

The DOD's own State of Competition Within the Defense Industrial Base report, issued February 2022, documents the structural problem in plain language: between roughly 1990 and 2022, the U.S. aerospace and defense prime contractor base shrank from 51 firms to five — Lockheed Martin, RTX (Raytheon), General Dynamics, Northrop Grumman, and Boeing. The top ten contractors have retained approximately 65 percent of total defense procurement and RDT&E spending across key segments for the past decade despite significant private capital investment in new entrants. The report explicitly warns that this concentration "raises barriers for new entrants" and creates conditions where "existing dominant suppliers… leverage their market position to charge more." The Pentagon's January 2024 National Defense Industrial Strategy made supplier-base diversification an explicit priority. The FoRGED Act, advancing through Congress in 2025, expands the definition of "nontraditional contractor" specifically to give companies like General Atomics, Anduril, Saronic, and Shield AI a structural advantage when competing against the legacy primes.

Palantir co-founder and Anduril chairman's brother Shyam Sankar has described the prime defense of established turf as a "first breakfast" phenomenon — established defense contractors habitually devouring smaller innovative competitors through acquisitions or by exploiting incumbent advantages, "effectively stifling true innovation." The mechanism Boeing applied to MQ-25 is one face of this: aggressive fixed-price bids that price-out competitors with cleaner cost structures, compensated for through engineering changes against unstable requirements baselines. Other faces include vertical integration of subsystem suppliers, sole-source teaming arrangements that lock up component industries (the MQ-25 RFP's October 2017 "studies and analysis" sole-source provision is one example — it was issued only to the four PDR-completed firms under FAR 6.302-1(a)(2), explicitly preventing new entrants), and post-award acquisition of any disruptor that achieves meaningful scale. The pattern is institutional, not incidental.

The disruption is now happening anyway, but on adjacent turf. Anduril won, alongside GA-ASI, the Air Force CCA Increment 1 contract that produced the YFQ-44A (still pre-flight as of late 2025) and YFQ-42A (flying since August 2025). SpaceX has displaced United Launch Alliance — a Boeing/Lockheed joint venture — across the majority of national security launch missions, and is a frontrunner alongside Palantir and Anduril for major elements of the Trump administration's Golden Dome missile defense architecture. Palantir described its own trajectory in 2022 SEC filings as "a fundamental shift in our business, from insurgent outsider to incumbent, particularly in the U.S. market." In March 2026, Anduril signed a five-to-ten-year, up-to-$20 billion enterprise agreement with the U.S. Army for counter-drone capabilities — a contract structure that, as Fortune noted, "lets them compete directly with the old guard" by combining hardware, software, and services under a single prime-like umbrella.

GA-ASI sits in a unique position within this disruption pattern. It is older than the post-2010 venture-backed defense tech wave (Avenger first flew in 2009, Predator dates to 1995) but has avoided being absorbed into one of the five primes. As a family-owned, privately held company for more than three decades, it has been able to fund its own jet-UAS prototypes — Avenger 2009, Mojave 2021, XQ-67A 2024, YFQ-42A 2025 — with company money rather than chasing fixed-price-development contracts. The result is a company that had already flown the next generation of unmanned combat jets, on its own dime, before Boeing flew the production-representative MQ-25 it had been paid to deliver in 2024. That is not a failure of execution by Boeing; it is a working illustration of why GA-ASI, Anduril, SpaceX, and Palantir are increasingly seen by Pentagon reformers as the model rather than the exception.

The MQ-25 first flight, in this frame, is best understood not as a milestone in unmanned carrier aviation but as the last hurrah of an industrial-base structure that DOD is now consciously trying to dismantle. Boeing won the program by playing the prime-contractor playbook — lowball the development phase, lock out the disruptor, recover through ECPs and production-phase scope expansion. Eight years later, the disruptor (GA-ASI) is producing more advanced unmanned jets faster, the customer (Navy) is using the disruptor's aircraft as the surrogate to wring out its own ground control system, and Pentagon reformers (and Congress, through FoRGED) are actively rewriting the acquisition rules to make this kind of incumbent moat-building harder to execute on the next program. The next carrier-based unmanned aircraft after MQ-25 — whether CCA, F/A-XX wingman, or successor strike platform — will be procured under different rules, and the legacy primes know it.

The Operational Consequence: Indo-Pacific Carrier Vulnerability

The contracting and institutional analysis above frames the MQ-25 program as a story about defense industrial base structure. But the operational consequence of pushing IOC to FY2029 is a separate and more urgent problem: the Navy now goes into the most likely peer-conflict window without organic, dedicated carrier-based aerial refueling, at exactly the moment when extending the carrier air wing's reach is the difference between a viable strike option and a fleet held outside the threat envelope.

The geometry is unforgiving. The F/A-18E/F Super Hornet — the backbone of every U.S. carrier air wing and projected to remain so through the 2030s — has an unrefueled combat radius of roughly 390 to 500 nautical miles with a realistic strike loadout. NAVAIR's frequently cited 1,275 nm "maximum combat range" figure assumes a fighter sweep configuration with two AIM-9 Sidewinders and no strike ordnance; under operational strike payloads it does not survive contact with the fuel curve. Even the Block III Super Hornet, with the Conformal Fuel Tank package the Navy ultimately canceled, would have added only about 130 nm to this number, reaching perhaps 690 nm. The F-35C is marginally better at roughly 600–670 nm. This is the reach of the U.S. carrier strike force as it is constituted today — and as it will remain through the FY2029 IOC window of MQ-25 and the FY2030s introduction of F/A-XX (which the Navy projects at "125 percent of the range" of current carrier-based aircraft, perhaps 750–800 nm).

Set this against the Chinese anti-access/area-denial (A2/AD) threat envelope:

The DF-21D medium-range anti-ship ballistic missile reaches approximately 1,450–1,550 km (780–840 nm) from the Chinese coast — the inner ring covering the First Island Chain (Taiwan, the Ryukyus, the northern Philippines). The DF-26 intermediate-range "Guam killer" reaches 4,000+ km (2,160 nm), covering the Second Island Chain entirely. The DF-17 delivers a hypersonic glide vehicle (DF-ZF) within these envelopes. The DF-27 — disclosed by the Pentagon in its 2025 China Military Power Report and confirmed by USNI News in December 2025 — extends anti-ship reach across the entire Indo-Pacific theater and into U.S. West Coast targeting. Beyond ASBMs, the YJ-21 hypersonic anti-ship missile is now operational with PLAAF, and H-6K maritime strike bombers carrying KD-21 or YJ-21 missiles extend air-launched anti-ship reach to roughly 3,500 km combat radius from Chinese territory. The Pentagon estimated in 2023 that the PLA Rocket Force operates approximately 250 intermediate-range ballistic missile launchers with up to 500 missiles in inventory. Open-source imagery in September 2024 identified 59 DF-26 transporter-erector-launchers at a single Beijing assembly facility, with at least 72 TELs produced since 2020.

What this means in tactical terms is that a U.S. carrier air wing centered on F/A-18E/F and F-35C must close to roughly 500 nautical miles of its target to launch an effective strike package — and then must recover the package, which doubles the exposure window. If the target lies on the Chinese mainland, in the Taiwan Strait, or against PLA Navy surface forces operating within the First Island Chain, that 500-nm radius puts the carrier itself well inside DF-21D range and deep inside DF-26 range. The Navy's operational alternative is to stand off beyond the DF-21D envelope (~840 nm) and concede the inner zone to PLA forces — but at that range, F/A-18E/Fs cannot reach mainland targets at all, and F-35Cs can reach only the eastern coastal provinces with marginal loiter time and no return reserve.

This is precisely the gap the MQ-25A was designed to close. With 14,000 to 16,000 pounds of fuel offloaded at 500 nautical miles (per the Navy's own design specification), a single MQ-25 turning a four-ship of Super Hornets into a six-tanking strike package can extend effective combat radius to 700–900 nautical miles depending on loadout and mission profile — moving the carrier outside the DF-21D inner ring, putting Chinese coastal targets back within reach, and giving the strike group the option to operate from the relative safety of the Philippine Sea rather than the South China Sea. This is exactly why Navy leaders from VADM Cheever back to PEO U&W RADM Tedford have described MQ-25 not as a logistics asset but as the platform that "unlocks the future for manned-unmanned teaming on the aircraft carrier" and as the entry point for unmanned aviation on the carrier deck — language that reflects the operational stakes, not corporate marketing.

The current alternative is buddy tanking by Super Hornets carrying the same Cobham ARS pod that MQ-25 will eventually carry. Approximately 20 to 30 percent of all Super Hornet sorties currently go to the tanker mission — meaning the air wing already burns roughly a quarter of its strike-fighter capacity providing organic refueling. The math compounds the problem: an air wing of, say, 44 Super Hornets generating 80 sorties per day in surge operations is effectively a 56–60 sortie strike force, with the remainder dedicated to keeping the strike force airborne. Pushing tanker sorties further to extend reach into contested airspace cuts deeper into strike capacity. Every additional buddy-tanker sortie is a strike-fighter sortie not flown.

This is the hidden cost of the MQ-25 delay that does not appear in the FY2027 SAR or in the budget reprogramming documents: two more years (2027–2029) during which the carrier strike group must choose between standing outside the DF-21D envelope and accepting reduced reach, or closing to within DF-21D range and accepting carrier vulnerability. There is no third option. Air Force F-15Es and B-1Bs operating from Kadena, Andersen, or Australia can hold targets at risk via LRASM and JASSM-ER from beyond the threat envelope, but they cannot sustain a continuous air-superiority or maritime-strike presence in the way a carrier air wing is designed to. Allied tankers — KC-46As, KC-135s, Australian KC-30As — can extend the reach of land-based aircraft but cannot operate from the carrier deck. The carrier-based tanker mission cannot be outsourced.

The October 2024 NAVAIR Request for Information seeking concepts to extend Super Hornet and Growler unrefueled range — through vortex generators, drag-reduction techniques, subsystem repositioning, or revived conformal fuel tanks — is best understood as a hedge against precisely this gap. It is the acknowledgment, in the formal contracting record, that organic carrier-based refueling will not arrive in time for the threat window the Navy is planning around. The Navy is asking industry to find more range on aircraft already in the fleet because the platform that was supposed to provide that range is four-to-five years late.

There is a counterfactual worth stating explicitly: had GA-ASI's Sea Avenger won CBARS in 2018 and reached IOC even on a similarly delayed schedule (call it FY2026 instead of the original 2024), the Navy would have entered 2026 with three to five operational MQ-25s embarked, completing operational test and evaluation of the buddy-refueling concept against realistic strike profiles, and available for an Indo-Pacific contingency by the end of the decade. Instead, the Navy enters 2026 with a first-flight EDM-3, no operational aircraft, and a 2029 IOC target that — given the program's track record — should be regarded as aspirational rather than firm.

The strategic timing matters. Adm. Phil Davidson's March 2021 warning to the Senate Armed Services Committee that China could move on Taiwan within "the next six years" — the so-called "Davidson Window" of 2027 — falls squarely inside the period in which the MQ-25 will not be operational on a carrier deck. CIA Director William Burns and Indo-Pacific Command's Adm. John Aquilino have separately corroborated the 2027 PLA readiness benchmark Xi Jinping has reportedly set for his forces. The Navy's MQ-25 IOC of 2Q FY2029 — meaning, at earliest, January–March 2029 — arrives two full years after the most prominent assessed window for a Chinese move on Taiwan opens, and at least three years after Adm. Aquilino's separate 2024 warning that the PLA's military preparation timeline for Taiwan is "now."

Partial mitigations exist, but none substitute for organic carrier-based refueling at scale. The CMV-22B Osprey carries roughly 12,000 lb of transferable fuel and is on the deck for COD missions, but its 250-knot cruise speed and altitude limitations make it a poor match for tanking strike fighters at distance. Allied land-based tankers — USAF KC-135R and KC-46A from Kadena, Andersen, and Misawa, plus Royal Australian Air Force KC-30A from Australian bases — can extend carrier strike-fighter reach when tactical geometry permits, but those bases are themselves targets in the DF-26 envelope, and the tankers are vulnerable to PL-15 and PL-17 air-to-air missiles launched by PLA J-20s and J-16s. Land-based tanker reliance also forces the carrier strike group to operate within transit distance of fixed allied infrastructure, surrendering the geographic flexibility that is the carrier's primary operational advantage. F-35C internal fuel and JPALS-enabled forward expeditionary basing offer marginal range extensions, but neither closes the gap. The carrier-based tanker mission cannot be outsourced; that is precisely why the Navy launched CBARS in the first place.

This is no longer a story about a delayed drone. It is a story about whether the U.S. carrier strike group remains a credible instrument of power projection in the Western Pacific between now and the 2030s, or whether — for a critical three-to-five-year window — the threat envelope outpaces the reach of the air wing.

Carrier OPTEMPO: Why TR Was Pulled From The IOC Role

The Navy's quiet decision to remove USS Theodore Roosevelt (CVN-71) from the planned 2026 MQ-25 IOC deployment is, on its own, more revealing of the service's broader strategic posture than the MQ-25 program itself. TR was the second-busiest carrier in the U.S. fleet over the five years from 2020 through mid-2024, with 572 deployment days in that period — exceeded only by USS Dwight D. Eisenhower (CVN-69) at 800-plus days. TR's most recent deployment ran from January 2024 through September 2024 — eight months in CENTCOM countering Houthi (Iran-backed) attacks on Red Sea commercial shipping, after deploying initially to the Indo-Pacific. That deployment followed a 278-day continuous cruise in 2023–2024 spanning both the Western Pacific and the Middle East. Following her September 2024 return to San Diego, TR consumed all of 2025 in what Zona Militar characterized as "an extensive cycle of scheduled maintenance and training" — the deferred wear-and-tear cost of the preceding combat-tempo deployments. TR departed San Diego on January 14, 2026 for 3rd Fleet readiness exercises and is now publicly being assessed by defense correspondents as a potential CENTCOM-bound asset for Iran contingencies under the current administration's stated regime-change posture, alongside USS Abraham Lincoln (CVN-72) and USS Gerald R. Ford (CVN-78).

The fleet arithmetic explains the choice and indicts the strategy. The U.S. Navy operates 11 nuclear-powered carriers by statute (10 USC §5062), but only five are realistically deployable in 2026:

  • USS John C. Stennis (CVN-74) has been in Refueling and Complex Overhaul (RCOH) at Newport News since May 2021. Originally scheduled to complete in August 2025, the work was extended by 14 months to October 2026 due to COVID-19 impacts and "unexpected damage" — a five-and-a-half-year overhaul against a planned four-year cycle.
  • USS Ronald Reagan (CVN-76) entered a 17-month scheduled maintenance period in April 2025 following a 2024 hull-swap with USS George Washington and a relocation from Yokosuka to Bremerton. She is expected to emerge from dry dock in late 2026.
  • USS George H.W. Bush (CVN-77) entered Norfolk Naval Shipyard maintenance on January 11, 2024 and has been in maintenance through 2025, with a return-to-fleet COMPTUEX cycle observed in February 2026.
  • USS Gerald R. Ford (CVN-78) returned from her own extended Mediterranean deployment in January 2024 and underwent a year of post-deployment work; she has now been redirected to the Middle East per administration direction.
  • USS Dwight D. Eisenhower (CVN-69) returned to Norfolk on July 14, 2024 from a 275-day deployment that the strike group characterized as "the Navy's most kinetic since World War II" — 60-plus air-to-air missiles fired, 420 air-to-surface weapons released, 155 SM-2/SM-6 launches and 135 Tomahawks from accompanying surface combatants. She entered post-deployment maintenance immediately.

That leaves USS Nimitz (CVN-68, completing pre-deployment workups in 2026), USS Carl Vinson (CVN-70), USS Theodore Roosevelt (CVN-71), USS Abraham Lincoln (CVN-72), USS George Washington (CVN-73, forward-deployed to Yokosuka), and USS Harry S. Truman (CVN-75) as the realistically available presence force across CENTCOM, Indo-Pacific, and contingency reserve missions. Three of those five — Vinson, TR, and Lincoln — are San Diego-based Pacific Fleet assets that would, under any sane force-allocation strategy, be held against the Indo-Pacific peer-conflict mission for which the Navy has spent two decades preparing. In 2025–2026, all three have been committed or are being committed to CENTCOM duties driven by Iran-related contingencies.

This is the strategic context in which the MQ-25 IOC deployment platform decision was made. Pulling TR from the FY2026 IOC role was not arbitrary; the carrier was simply not available, because she had been used hard for Iran-related Middle East presence missions, and her scheduled-maintenance period absorbed all of 2025. The same logic applies to Lincoln and to a lesser extent Vinson. The Navy is trading Pacific deterrence posture for Middle East presence posture in real time, and the MQ-25 IOC delay is one of the second-order costs of that trade — a cost that will be paid against the actual peer adversary, not the regional one.

This is the operational concept of playing checkers when the chess game is at the next board over. Iran is a regional power with no peer-class anti-ship capability against U.S. carriers; the threats in CENTCOM are Houthi anti-ship cruise missiles, ballistic missiles, and one-way attack drones — serious for surface combatants and merchant shipping, but not existential for a Nimitz- or Ford-class carrier operating with full layered defenses. China, by contrast, fields the DF-21D, the DF-26 family, the DF-27, the YJ-21 hypersonic anti-ship missile, an emerging carrier force of three ships (with a fourth, Type 004, under construction as a nuclear-powered design), the world's largest navy by hull count, and a layered IADS extending hundreds of nautical miles offshore. Every TR deployment day spent in the Red Sea is a TR deployment day not spent training her air wing, integrating MQ-25 systems, or deterring PLA action against Taiwan or the Philippines. Every Super Hornet airframe hour burned shooting down $2,000 Houthi Shaheds with $2 million SM-2s is an airframe hour not available for a 2027 Taiwan contingency. Every dollar of CENTCOM tanker and munitions consumption is a dollar not invested in Indo-Pacific posture.

The Navy itself has acknowledged the unsustainability. Vice Adm. Daniel Cheever (Commander, Naval Air Forces) and the Navy's senior leadership have publicly described the post-2021 OPTEMPO as the cause of accelerated airframe fatigue, sailor retention problems, and maintenance-backlog growth. The Eisenhower deployment was characterized internally as "she is tired — we all are" by her own Quartermaster First Class on the day of return. 19FortyFive and other defense outlets have framed the Navy's carrier OPTEMPO as "severely overtaxed" and the 11-carrier fleet as "nowhere near enough" for the demand signal. The CRS and GAO have repeatedly flagged that extended deployments compress maintenance windows, which compresses subsequent deployment availability — a downward spiral that the Navy entered after Hamas's October 7, 2023 attack and the subsequent Houthi campaign, and from which it has not recovered.

Against this backdrop, the MQ-25 IOC slip to FY2029 is not just a Boeing problem. It is the visible tip of a strategic-priorities problem: the Navy is deferring the platform that most directly addresses the Indo-Pacific carrier-reach gap because the carriers needed to host the platform's IOC are committed to a Middle East presence mission that does not require the platform at all. Iran does not have DF-26s. China does. A carrier does not need MQ-25 to operate against Iran — the Super Hornet's combat radius is more than sufficient against Iranian targets from the North Arabian Sea, and the threat to the carrier itself is manageable. A carrier does need MQ-25 to operate against China — and that is the one mission set the carrier may not be available for, because she is in CENTCOM instead.

The strategic-allocation problem is older than MQ-25 and larger than any single program, but MQ-25 surfaces it with unusual clarity. The Navy's January 2026 decision to pull TR from the Stingray IOC role and commit her instead to 3rd Fleet readiness with an implicit CENTCOM tasking is, in effect, a decision to optimize for the next 18 months of regional crisis at the cost of the next 5–10 years of peer-conflict posture. It is checkers, not chess. The MQ-25 program will pay part of the price. The U.S. Navy's Indo-Pacific deterrent posture in the Davidson Window will pay the rest.

In the same week that EDM-3 made its maiden flight, Navy budget documents released for the FY2027 cycle pushed the program's Initial Operational Capability target from 3Q FY2027 to 2Q FY2029 — a nearly two-year slip that Inside Defense and USNI News confirmed independently on April 27. The originally planned 2026 first deployment aboard USS Theodore Roosevelt (CVN-71) is no longer feasible. The Navy's formal definition of IOC has not changed: "three MQ-25As with trained personnel and equipment to deploy on an MQ-25A-capable aircraft carrier." But the timeline to reach that condition has now slipped by a cumulative five years from the 2018 contract-award baseline of 2024 IOC.

Three drivers explain the slip, and they are not coincidental:

First, production-line maturity at MidAmerica. Boeing Vice President Troy Rutherford acknowledged at Farnborough 2024 that scaling the MidAmerica facility — which opened the $200 million expansion in 2024 — has been more difficult than projected. The aircraft is, as Rear Adm. Stephen Tedford (then PEO U&W) put it bluntly in 2023, "as long as an F-18 with the wingspan of an E-2. It's not a small UAV." Producing it at carrier-aircraft tolerances on a new line, with a workforce trained from scratch on an unmanned platform, has consumed schedule margin Boeing did not have. Boeing has, in its own statements to USNI News, acknowledged the manufacturing delays.

Second, the DODIG intervention. The November 2023 Inspector General audit (DODIG-2024-026) explicitly recommended the Navy delay critical production decisions "until the Program Office conducts sufficient tests and evaluations." The Navy's 2024 response was to update the program's risk management documentation and proceed toward LRIP — but that was the FY2027 IOC posture. The FY2027 budget release in April 2026, with the new 2Q FY2029 IOC, represents the Navy belatedly accepting the IG's substantive recommendation: complete developmental test and evaluation, then operational test and evaluation, then declare IOC. The original "concurrency" approach (LRIP and IOC declared on the back of T1 demonstrator data plus modeling and simulation) has been abandoned in favor of traditional acquisition discipline. That restoration of discipline is, on its own, worth roughly two years of additional schedule.

Third, carrier availability. USS Theodore Roosevelt was the planned 2026 first-deployment platform; her operational and maintenance schedule has since been overtaken by other commitments, and no replacement deck has been publicly identified for the FY2029 IOC. UMCS installations are progressing — USS George H.W. Bush (CVN-77) received the first MD-5C in August 2024, with USS Carl Vinson (CVN-70), USS Theodore Roosevelt, and USS Ronald Reagan (CVN-76) phased through FY2025–FY2026 — but a UMCS-equipped carrier in the right place at the right time with a trained MQ-25 detachment embarked is a more demanding scheduling problem than installing the ground control station alone.

The program now enters envelope-expansion flight testing through the late 2020s, leading to carrier suitability work that the Navy attempted in non-flight form aboard USS George H.W. Bush during the December 2021 Unmanned Carrier Aviation Demonstration. The FY2026 budget covers three LRIP Lot 1 aircraft (with contract award now expected in March 2027), the FY2027 budget covers three more LRIP Lot 2 aircraft at $852 million, with five funded in FY2028 and seven per year planned in FY2029–FY2031 toward the 76-aircraft program of record. The current acquisition unit cost of $209 million reflects the program before the FY2029 IOC slip is fully priced; the next SAR is expected to show further cost growth as the additional two years of program overhead are absorbed.

Boeing's stock reaction to the April 25 first flight tells the story. As Meyka and other equity analysts noted on April 28, BA shares slipped despite the technical milestone — investors focused on the IOC delay, the deferred revenue recognition, and the extended R&D burn rate rather than the successful test point. Vice Adm. Cheever continues to describe the MQ-25 as a "trailblazer" for unmanned carrier aviation — the platform that "unlocks the future for manned-unmanned teaming on the aircraft carrier." Chief of Naval Operations Adm. Daryl Caudle has linked MQ-25 directly to the F/A-XX program, citing its potential for "clandestine refueling and organic refueling from the carrier" alongside the next-generation strike fighter. But "trailblazer" status is harder to defend when the Air Force's collaborative combat aircraft will reach operational fielding before the Navy's first unmanned tanker, and when the disruptor that lost the 2018 competition is on track to put more uncrewed jets in the hands of the joint force than the winning prime.

Conclusion

The MQ-25's first flight on April 25, 2026 is a real milestone, marking the transition from a single Boeing-funded demonstrator to a production-representative airframe with operational fleet potential. But it arrives five years behind schedule, at a flyaway unit cost 33 percent above the FY2024 estimate, on the back of more than $900 million in fixed-price contractor losses, against a requirements baseline that has been actively reshaped through engineering changes since contract award, and into an operational environment that has fundamentally shifted against the U.S. carrier force during the program's eight-year development. The path to it is a case study in incumbent prime-contractor behavior — lowball the development bid to lock out a non-traditional disruptor, then recover margin through ECPs and production-phase scope expansion against an unstable customer requirements set. The same week's announcement of an additional two-year IOC slip to FY2029 is the latest installment of that pattern, and the operational cost of the slip falls not on Boeing's shareholders but on the U.S. Navy's ability to project power into the Western Pacific during the most likely window of Chinese aggression. The MQ-25 will eventually fly from carriers. The question is whether it will arrive in time to matter.

Verified Sources

  1. D'Urso, Stefano. "Breaking: U.S. Navy's MQ-25 Stingray Completes First Flight." The Aviationist, April 25, 2026. https://theaviationist.com/2026/04/25/breaking-u-s-navys-mq-25-stingray-completes-first-flight/
  2. "U.S. Navy's First Production-Representative MQ-25 Stingray Completes Maiden Flight." The Defense News, April 26, 2026. https://www.thedefensenews.com/news-details/US-Navys-First-Production-Representative-MQ-25-Stingray-Completes-Maiden-Flight/
  3. "US Navy's first production Boeing MQ-25 Stingray completes maiden flight." AeroTime, April 26, 2026. https://www.aerotime.aero/articles/us-navys-first-production-boeing-mq-25-stingray-completes-maiden-flight
  4. Norris, Guy. "MQ-25 First Flight Imminent As Navy Costs Rise." Aerospace Daily & Defense Report / Aviation Week Network, April 24, 2026. https://aviationweek.com/defense/aircraft-propulsion/mq-25-first-flight-imminent-navy-costs-rise
  5. D'Urso, Stefano. "Boeing's MQ-25 First Flight Delayed to 2026." The Aviationist, December 10, 2025. https://theaviationist.com/2025/12/10/boeings-mq-25-first-flight-delayed-to-2026/
  6. D'Urso, Stefano. "U.S. Navy's MQ-25A Stingray Unmanned Tanker Begins Taxi Trials." The Aviationist, January 31, 2026. https://theaviationist.com/2026/01/31/us-navy-mq-25a-stingray-taxi-trials/
  7. Trevithick, Joseph. "MQ-25 Stingray Has Begun Taxi Tests (Updated)." The War Zone, January 30, 2026. https://www.twz.com/air/mq-25-stingray-has-begun-taxi-tests
  8. O'Rourke, Ronald. "MQ-25 Stingray: Background and Issues for Congress." Congressional Research Service Report IF12972, updated August 8, 2025. https://www.congress.gov/crs-product/IF12972 and https://www.congress.gov/crs_external_products/IF/PDF/IF12972/IF12972.3.pdf
  9. U.S. Government Accountability Office. Weapon Systems Annual Assessment: DOD Leaders Should Ensure That Newer Programs Are Structured for Speed and Innovation. GAO-25-107569, June 11, 2025. https://www.gao.gov/products/gao-25-107569
  10. U.S. Government Accountability Office. Defense Acquisition Reform: Persistent Challenges Require New Iterative Approaches to Delivering Capabilities with Speed. GAO-25-108528, June 11, 2025. https://files.gao.gov/reports/GAO-25-108528/index.html
  11. Department of Defense. MQ-25 Selected Acquisition Report (SAR), December 2022. Office of the Secretary of Defense, FOIA Reading Room. https://www.esd.whs.mil/Portals/54/Documents/FOID/Reading%20Room/Selected_Acquisition_Reports/FY_2022_SARS/MQ-25_SAR_DEC_2022_final.pdf
  12. Boeing. "MQ-25 Stingray Program Information and Milestones." https://www.boeing.com/defense/autonomous-and-unmanned-systems/mq-25-stingray
  13. Naval Air Systems Command. "Unmanned Carrier Aviation – MQ-25." https://www.navair.navy.mil/product/Unmanned-Carrier-Aviation
  14. Naval Air Systems Command. "Navy completes install of first MQ-25 Unmanned Air Warfare Center aboard USS George H.W. Bush (CVN 77)." August 15, 2024. https://www.navair.navy.mil/news/Navy-completes-install-first-MQ-25-Unmanned-Air-Warfare-Center-aboard-USS-George-HW-Bush-CVN
  15. Naval Air Systems Command. "U.S. Navy, General Atomics and Lockheed Martin Complete Unmanned Aviation Control Station Flight Demo." November 2024. https://www.navair.navy.mil/news/US-NAVY-GENERAL-ATOMICS-AND-LOCKHEED-MARTIN-COMPLETE-UNMANNED-AVIATION-CONTROL-STATION-FLIGHT
  16. Trevithick, Joseph. "Supercarrier USS George H.W. Bush Now Has First Of its Kind Drone Control Center." The War Zone, August 16, 2024. https://www.twz.com/air/supercarrier-uss-george-h-w-bush-now-has-first-of-its-kind-drone-control-center
  17. LaGrone, Sam. "GAO 2025 Weapon Systems Annual Assessment." USNI News, June 12, 2025. https://news.usni.org/2025/06/12/gao-2025-weapon-systems-annual-assessment
  18. LaGrone, Sam. "Navy Exercises $84.7 Million Option With Boeing For Three MQ-25A Stingrays." USNI News, April 3, 2020. https://news.usni.org/2020/04/02/navy-exercises-84-7-million-option-with-boeing-for-three-mq-25a-stingrays
  19. Decker, Audrey. "Boeing to log $1.7B in defense program losses in fourth quarter." Breaking Defense, January 2025. https://breakingdefense.com/2025/01/boeing-to-log-1-7b-in-defense-program-losses-in-fourth-quarter/
  20. Decker, Audrey. "Boeing's defense unit logs massive $2 billion in losses for third quarter." Breaking Defense, October 2024. https://breakingdefense.com/2024/10/boeings-defense-unit-logs-massive-2-billion-in-losses-for-third-quarter/
  21. Mehta, Aaron, and Stephen Losey. "Strike, fixed-price contracts leave Boeing defense bleeding cash." Defense News, October 23, 2024. https://www.defensenews.com/air/2024/10/23/strike-fixed-price-contracts-leave-boeing-defense-bleeding-cash/
  22. Losey, Stephen. "'Cautionary tale': How Boeing won a US Air Force program and lost $7B." Defense News, January 9, 2024. https://www.defensenews.com/industry/2024/01/09/cautionary-tale-how-boeing-won-a-us-air-force-program-and-lost-7b/
  23. Smith, Marcia. "Boeing's Starliner Losses Reach $2 Billion." SpacePolicyOnline, January 2025. https://spacepolicyonline.com/news/boeings-starliner-losses-reach-2-billion/
  24. Mehta, Aaron. "Boeing defense programs hit with $400M in cost overruns." Breaking Defense, July 27, 2022. https://breakingdefense.com/2022/07/boeing-defense-programs-hit-with-400m-in-cost-overruns/
  25. General Atomics Aeronautical Systems, Inc. "GA-ASI Marks Another Aviation First With YFQ-42A CCA Flight Testing." Press release, August 27, 2025. https://www.ga-asi.com/ga-asi-marks-another-aviation-first-with-yfq-42a-cca-flight-testing
  26. General Atomics Aeronautical Systems, Inc. "GA-ASI Achieves New Milestone With Semi-Autonomous CCA Flight." Press release, February 12, 2026. https://www.ga.com/ga-asi-achieves-new-milestone-with-semi-autonomous-cca-flight
  27. D'Urso, Stefano. "General Atomics' YFQ-42A Collaborative Combat Aircraft Takes Flight." The Aviationist, August 27, 2025. https://theaviationist.com/2025/08/27/yfq-42a-cca-takes-flight/
  28. Hemmerdinger, Jon. "General Atomics YFQ-42A First CCA Forerunner to Fly." Aviation Today, September 4, 2025. https://www.aviationtoday.com/2025/09/04/general-atomics-yfq-42a-first-cca-forerunner-to-fly/
  29. General Atomics. "A New Transatlantic Partnership for European CCA." Press release, July 17, 2025. https://www.ga.com/a-new-transatlantic-partnership-for-european-cca
  30. McGarry, Brendan. "Despite Delays, Navy to Accelerate Delivery of Unmanned Tanker." National Defense Magazine, January 26, 2024. https://www.nationaldefensemagazine.org/articles/2024/1/26/despite-delays-navy-to-accelerate-delivery-of-unmanned-tanker
  31. Naval Air Systems Command. "Navy completes initial carrier demo for MQ-25 program." December 15, 2021. https://www.navair.navy.mil/news/Navy-completes-initial-carrier-demo-MQ-25-program/Wed-12152021-1336
  32. Boeing MQ-25 Stingray, Wikipedia. (Reference for CBARS competition history; Northrop Grumman X-47B withdrawal, October 25, 2017; Lockheed Martin Sea Ghost; General Atomics Sea Avenger.) https://en.wikipedia.org/wiki/Boeing_MQ-25_Stingray
  33. General Atomics MQ-20 Avenger, Wikipedia. (Reference for Avenger first flight, April 4, 2009; Lynx SAR and EOTS integration history.) https://en.wikipedia.org/wiki/General_Atomics_MQ-20_Avenger
  34. General Atomics Aeronautical Systems, Inc. "GA-ASI Demonstrates Short Takeoff/Landing of UAS on UK Carrier." Press release, November 17, 2023. https://www.ga-asi.com/ga-asi-demonstrates-short-takeoff-landing-of-uas-on-uk-carrier
  35. General Atomics Aeronautical Systems, Inc. "GA-ASI Redefines Maritime Operations with Mojave." November 29, 2023. https://www.ga-asi.com/mojave-uas-carrier-takeoff-and-landing-demo
  36. Martin, Tim. "UK Royal Navy completes Mojave UAS flight and recovery from Prince of Wales aircraft carrier." Breaking Defense, November 17, 2023. https://breakingdefense.com/2023/11/uk-royal-navy-completes-mojave-uas-flight-and-recovery-from-prince-of-wales-aircraft-carrier/
  37. HMS Prince of Wales (R09), Wikipedia. (Reference for non-CATOBAR configuration; Mojave November 15, 2023 carrier operations; angled deck launch.) https://en.wikipedia.org/wiki/HMS_Prince_of_Wales_(R09)
  38. Department of Defense, Office of Inspector General. Audit of the Navy's Management of the MQ-25 Stingray Program. DODIG-2024-026, November 20, 2023. https://www.dodig.mil/reports.html/Article/3594541/audit-of-the-navys-management-of-the-mq25-stingray-program-dodig-2024-026/ and press release: https://www.dodig.mil/In-the-Spotlight/Article/3594576/press-release-audit-of-the-navys-management-of-the-mq-25-stingray-program-dodig/
  39. Trevithick, Joseph. "MQ-25 Stingray Tanker Delays, Risks Come Into View." The War Zone, November 21, 2023. https://www.twz.com/mq-25-stingray-tanker-delays-risks-come-into-view
  40. AGM-158C LRASM, Wikipedia. (Reference for LRASM derivation from JASSM-ER, range, seeker, B-1B and F/A-18E/F early operational capability, and integration on F-35B/C, P-8A, F-15E, and F-15EX.) https://en.wikipedia.org/wiki/AGM-158C_LRASM
  41. D'Urso, Stefano. "First Images of F-35 Carrying AGM-158C Long-Range Anti-Ship Missile Released." The Aviationist, September 25, 2024. https://theaviationist.com/2024/09/25/first-images-of-f-35-carrying-agm-158c-long-range-anti-ship-missile-released/
  42. Trevithick, Joseph. "Has The U.S. Been Firing AGM-158C Long-Range Anti-Ship Missiles In The Middle East?" The War Zone, May–July 2025. https://www.twz.com/air/has-the-u-s-been-firing-agm-158c-long-range-anti-ship-missiles-in-the-middle-east
  43. "MQ-25 Stingray: CBARS program dramatically shifts its orientation." Asia-Pacific Defence Reporter, March 20, 2024. https://asiapacificdefencereporter.com/mq-25-stingray-cbars-program-dramatically-shifts-its-orientation/
  44. Tigner, Brooks. "GAO: Pentagon Confirms Requirements for Navy's MQ-25." Aviation International News (AIN), September 13, 2017. https://www.ainonline.com/aviation-news/defense/2017-09-13/gao-pentagon-confirms-requirements-navys-mq-25
  45. Allison, George. "USN expects more development of MQ-25 'CBARS' timeline this year." Flight Global, May 2016. https://www.flightglobal.com/civil-uavs/usn-expects-more-development-of-mq-25-cbars-timeline-this-year/120476.article
  46. "MQ-25 Stingray." GlobalSecurity.org. (Reference for CBARS descope from stealth in March 2016; risk-reduction contract awards October 2016; sole-source basis for studies and analysis solicitation.) https://www.globalsecurity.org/military/systems/aircraft/mq-25.htm
  47. Skove, Sam. "Farnborough 2024: Boeing anticipates MQ-25 LRIP contract in early 2025." Janes, July 22, 2024. https://www.janes.com/osint-insights/defence-news/air/farnborough-2024-boeing-anticipates-mq-25-lrip-contract-in-early-2025
  48. U.S. Department of Defense. State of Competition Within the Defense Industrial Base. February 2022. https://media.defense.gov/2022/feb/15/2002939087/-1/-1/1/state-of-competition-within-the-defense-industrial-base.pdf
  49. U.S. Department of Defense. National Defense Industrial Strategy. January 2024.
  50. Bain & Company. "Rethinking Defense: The Role of Private Capital." (Reference for top-10 contractor 65 percent share retention; nontraditional entrant traction.) https://www.bain.com/insights/rethinking-defense-the-role-of-private-capital/
  51. Liu, Lily. "Another Last Supper and a New Era of Defense Giants." War on the Rocks, May 5, 2025. (Reference for "first breakfast" framing attributed to Shyam Sankar; 1990s consolidation history; current acquisition wave.) https://warontherocks.com/2025/05/another-last-supper-and-a-new-era-of-defense-giants
  52. "Anduril, Palantir and SpaceX are changing how America wages war." The Economist, April 2026. (Reference for "neo-prime" framing; legacy prime concerns.)
  53. Pabst, Stavroula. "New monopoly? Inside VC tech's overthrow of the primes." Responsible Statecraft, January 10, 2025. https://responsiblestatecraft.org/defense-tech-partnership/
  54. Hughes, Christopher. "Forging a Stronger Defense Industrial Base." American Affairs Journal, September 2025. (Reference for FoRGED Act provisions on nontraditional contractors and commercial-first acquisition.) https://americanaffairsjournal.org/2025/09/forging-a-stronger-defense-industrial-base/
  55. Anduril/Fortune. "Anduril's new mega-deal rewrites the rules for Silicon Valley—and raises new risks." Fortune, March 22, 2026. (Reference for $20 billion Army enterprise contract; prime-like contracting structure.) https://fortune.com/2026/03/22/anduril-pentagon-contract-turning-point/
  56. Palantir Technologies Inc. Form 8-K, Q3 2022. (Reference for Palantir self-description: "fundamental shift in our business, from insurgent outsider to incumbent.") https://www.sec.gov/Archives/edgar/data/0001321655/000132165522000029/a2022q3exhibit992ceoletter.htm
  57. LaGrone, Sam. "Navy Pushes MQ-25A Stingray IOC Back to 2029 while Production Aircraft Takes First Flight." USNI News, April 27, 2026. https://news.usni.org/2026/04/27/navy-pushes-mq-25a-stingray-ioc-back-to-2029-while-production-aircraft-takes-first-flight
  58. Decker, Audrey. "MQ-25 first flight a success, Navy says, amid further IOC delay." Inside Defense, April 27, 2026. https://insidedefense.com/insider/mq-25-first-flight-success-navy-says-amid-further-ioc-delay
  59. "US Navy's MQ-25 finally flies but tanker drone deployment delayed to 2029." Aerospace Global News, April 27, 2026. https://aerospaceglobalnews.com/news/mq-25a-stingray-first-flight-2029-delay/
  60. D'Urso, Stefano. "Boeing Releases Images of First Operational MQ-25's Maiden Flight." The Aviationist, April 27, 2026. https://theaviationist.com/2026/04/27/boeing-releases-images-of-first-operational-mq-25s-maiden-flight/
  61. Editorial Staff. "One Step Forward, One Step Back for U.S. Navy's Next Carrier-Based Drone." The Maritime Executive, April 27, 2026. https://maritime-executive.com/article/one-step-forward-one-step-back-for-u-s-navy-s-next-carrier-based-drone
  62. "BA Stock Today: Boeing MQ-25 Production Flight April 28; Navy Delays IOC to 2029." Meyka, April 28, 2026. https://meyka.com/blog/ba-stock-today-boeing-mq-25-production-flight-april-28-2804/
  63. Werner, Ben. "MQ-25A Stingray IOC Pushed to 2026 Following Manufacturing Delays." USNI News, April 4, 2023. (Reference for RADM Stephen Tedford quote: "people don't realize how big the actual MQ-25 is.") https://news.usni.org/2023/04/04/mq-25a-stingray-ioc-pushed-to-2026-following-manufacturing-delays
  64. Naval Air Systems Command. "F/A-18E/F Super Hornet." (Reference for combat radius: 1,275 nm clean plus two AIM-9s; ferry range 1,660 nm.) https://www.navair.navy.mil/product/FA-18EF-Super-Hornet
  65. Boeing. "F/A-18 Super Hornet." (Reference for Block III capabilities and tanker mission.) https://www.boeing.com/defense/fa-18-super-hornet
  66. Roy, Sumit. "U.S. Navy's 6th-Gen Aircraft To 'Beat' F/A-18 Super Hornets By Mere 25%." Eurasian Times, April 15, 2025. (Reference for Super Hornet 500–650 nm operational combat radius under realistic loadout; F/A-XX range as essential attribute; 1,000+ km Chinese threat envelope assessment.) https://www.eurasiantimes.com/u-s-navys-f-a-xx-fighter-to-expand-tactical-reach/
  67. DF-21, Wikipedia. (Reference for DF-21D anti-ship ballistic missile, ~1,500 km range; first operational ASBM capable of targeting moving aircraft carriers; 2010 IOC.) https://en.wikipedia.org/wiki/DF-21
  68. DF-26, Wikipedia. (Reference for DF-26 5,000+ km range; 2015 reveal; 2018 PLARF service entry; "Guam Killer" designation; 2020 South China Sea anti-ship test.) https://en.wikipedia.org/wiki/DF-26
  69. Suciu, Peter. "DF-21D and DF-26B: China's Missiles Built to Sink Navy Aircraft Carriers." The National Interest, November 25, 2024. (Reference for ~250 DF-26 launchers, two missiles per launcher; saturation attack capability; 4,000 km DF-26B range; "ship killer" designation.) https://nationalinterest.org/blog/buzz/df-21d-and-df-26b-chinas-missiles-built-sink-navy-aircraft-carriers-207308
  70. Weichert, Brandon J. "How China's DF-26D Missile Tilts the Balance of Power in the Indo-Pacific." The National Interest, August 28, 2025. (Reference for DF-26D 2025 reveal; >1,000 km Taiwan Strait carrier standoff requirement; A2/AD doctrine; degradation of carrier air wing reach when forced beyond engagement envelope.) https://nationalinterest.org/blog/buzz/how-chinas-df-26d-missile-tilts-balance-power-indo-pacific-bw-082825
  71. Olson, Wyatt. "China may unveil enhanced 'Guam Killer' ballistic missile during military parade." Stars and Stripes, August 26, 2025. (Reference for DOD China Military Power Report assessment of DF-26 dual-capable warhead deployment; 3,100-mile range estimate.) https://www.stripes.com/theaters/asia_pacific/2025-08-26/china-guam-killer-ballistic-missile-18890484.html
  72. Defence Security Asia. "China Unveils DF-26D 'Guam Killer.'" August 25, 2025. (Reference for DF-26D Beijing parade rehearsal debut; multi-spectral seekers; allied missile defense penetration; second island chain coverage.) https://defencesecurityasia.com/en/china-df26d-guam-killer-missile-threatens-us-carriers-bases-pacific/
  73. U.S. Indo-Pacific Command. Testimony of Adm. Philip S. Davidson, Senate Armed Services Committee, March 9, 2021. (Reference for "Davidson Window" assessment that China could move on Taiwan within six years.) https://www.armed-services.senate.gov/imo/media/doc/Davidson_03-09-21.pdf
  74. U.S. Department of Defense. Military and Security Developments Involving the People's Republic of China (annual report to Congress). https://media.defense.gov/2024/Dec/18/2003615520/-1/-1/0/MILITARY-AND-SECURITY-DEVELOPMENTS-INVOLVING-THE-PEOPLES-REPUBLIC-OF-CHINA-2024.PDF
  75. Trevithick, Joseph. "New Ways To Stretch F/A-18 Super Hornet's Range Sought By Navy." The War Zone, October 23, 2024. (Reference for NAVAIR October 2024 RFI on extending Super Hornet/Growler unrefueled range; Block III CFT cancellation.) https://www.twz.com/air/new-ways-to-stretch-f-a-18-super-hornets-range-sought-by-navy
  76. Mizokami, Kyle. "The F-35 Lightning Is Raising the F-18 Hornet's Combat Power." The National Interest, November 25, 2024. (Reference for Super Hornet 400–500 nm internal-fuel combat radius; carrier vulnerability framing; CFT specifications.) https://nationalinterest.org/blog/reboot/f-35-lightning-raising-f-18-hornets-combat-power-178564
  77. "Navy Matters: Combat Radius." Navy Matters Blog, September 2017. (Reference for analytical framework on combat radius vs. range; F/A-18E/F realistic-loadout figures.) https://navy-matters.blogspot.com/2017/09/combat-radius.html
  78. Chase, Trevor. "U.S. Navy's 6th-Gen Aircraft To 'Beat' F/A-18 Super Hornets By Mere 25%." EurAsian Times, April 15, 2025. (Reference for F/A-XX 125 percent range commitment by Donnelly; Super Hornet 500–650 nm operational radius; Indo-Pacific threat envelope geometry.) https://www.eurasiantimes.com/u-s-navys-f-a-xx-fighter-to-expand-tactical-reach/
  79. Suciu, Peter. "DF-21D and DF-26B: China's Missiles Built to Sink Navy Aircraft Carriers." The National Interest, November 25, 2024. https://nationalinterest.org/blog/buzz/df-21d-and-df-26b-chinas-missiles-built-sink-navy-aircraft-carriers-207308
  80. "DF-21 (CSS-5)." Missile Threat, Center for Strategic and International Studies (CSIS), updated April 23, 2024. (Reference for DF-21D range 1,450–1,550 km; 20 m CEP accuracy; 50–200 deployed launchers.) https://missilethreat.csis.org/missile/df-21/
  81. "DF-21." Wikipedia. (Reference for DF-21D maneuverable warhead, terminal speed, MaRV technology, 2020 South China Sea live-fire test; 2025 Victory Day Parade public showing.) https://en.wikipedia.org/wiki/DF-21
  82. LaGrone, Sam. "Chinese Forces Fielding Intercontinental Anti-Ship Ballistic Missiles Capable of Reaching U.S. West Coast, Pentagon Says." USNI News, December 26, 2025. (Reference for DF-27 disclosure in 2025 Pentagon China Military Power Report.) https://news.usni.org/2025/12/26/chinese-forces-fielding-intercontinental-anti-ship-ballistic-missiles-capable-of-reaching-u-s-west-coast-pentagon-says
  83. "China's Hypersonic Anti-Ship Missiles: Complete Inventory Analysis." The Defense Watch, November 30, 2025. (Reference for PLA Rocket Force 250 IRBM launchers, 400 DF-26 missiles per Pentagon 2022 reporting; September 2024 satellite imagery of 59 DF-26 TELs at Beijing assembly facility.) https://thedefensewatch.com/military-ordnance/chinas-hypersonic-anti-ship-missiles-complete-inventory-analysis/
  84. "The Carrier Killer: How China's DF-21D Threatens Every US Navy Ship in the Pacific." Military Machine, March 2026. (Reference for inner-zone/outer-zone framing; First and Second Island Chain geometry; layered threat with YJ-21 and submarine-launched anti-ship cruise missiles.) https://militarymachine.com/df-21d-carrier-killer-china-anti-ship-missile
  85. U.S. Department of Defense. Military and Security Developments Involving the People's Republic of China 2024 (China Military Power Report). Office of the Secretary of Defense, December 2024. https://media.defense.gov/2024/Dec/18/2003577636/-1/-1/0/military-and-security-developments-involving-the-peoples-republic-of-china-2024.pdf
  86. O'Rourke, Ronald. "China Naval Modernization: Implications for U.S. Navy Capabilities — Background and Issues for Congress." Congressional Research Service Report RL33153, updated regularly. (Reference for ASBM threat to U.S. Navy operations in the Western Pacific; DF-21D and DF-26 fielding numbers.) https://www.congress.gov/crs-product/RL33153
  87. LaGrone, Sam. "USS Theodore Roosevelt Leaves Middle East, Carrier Back in Pacific After 8 Months Deployed." USNI News, September 12, 2024. (Reference for TR's 8-month CENTCOM deployment 2024; 572 deployment days since 2020; second-busiest carrier in fleet behind Eisenhower; trend of extended carrier deployments since late 2021.) https://news.usni.org/2024/09/12/uss-theodore-roosevelt-leaves-middle-east-carrier-headed-home-after-8-months-deployed
  88. "The aircraft carrier USS Theodore Roosevelt resumes operational activities in the Pacific after departing San Diego." Zona Militar, January 15, 2026. (Reference for TR's 2025 maintenance and training cycle; 278-day continuous deployment 2023–2024; January 14, 2026 departure for 3rd Fleet exercises.) https://www.zona-militar.com/en/2026/01/15/the-aircraft-carrier-uss-theodore-roosevelt-resumes-operational-activities-in-the-pacific-after-departing-san-diego/
  89. Suciu, Peter. "U.S. Navy Supercarriers Might Be Part of Masterplan to 'Regime Change' Iran." 19FortyFive, February 17, 2026. (Reference for TR's January 2026 3rd Fleet exercises; administration Iran posture; multi-carrier CENTCOM deployment pattern with USS Abraham Lincoln and USS Gerald R. Ford.) https://www.19fortyfive.com/2026/02/u-s-navy-supercarriers-might-be-part-of-masterplan-to-regime-change-iran/
  90. Burchett, Caitlyn. "Burnout vs. mission: How long, tough deployments could affect Navy retention and recruitment." Stars and Stripes, August 4, 2024. (Reference for Eisenhower 275-day deployment characterized as "Navy's most kinetic since World War II"; 60+ air-to-air missiles fired; 420 air-to-surface weapons; 155 SM-2/SM-6 launches; 135 Tomahawks; sailor "she is tired — we all are" quote.) https://www.stripes.com/branches/navy/2024-08-04/navy-sailors-retention-recruiting-middle-east-14733647.html
  91. Suciu, Peter. "Where Are America's Aircraft Carriers Now?" The National Interest, January 2026. (Reference for fleet status: Stennis RCOH extended to October 2026; Reagan 17-month maintenance through late 2026; Bush in maintenance since January 2024; Ford redirected to Middle East; Lincoln Indo-Pacific to CENTCOM.) https://nationalinterest.org/blog/buzz/where-are-americas-aircraft-carriers-now-ps010126
  92. Jordan, Jen. "The Navy's ongoing carrier conundrum." Navy Times, June 27, 2024. (Reference for East Coast carrier maintenance pile-up; Truman/Bush/Ford extended deployments; Pentagon decision to send TR from Indo-Pacific to CENTCOM in 2024.) https://www.navytimes.com/news/your-navy/2024/06/27/the-navys-ongoing-carrier-conundrum/
  93. Weichert, Brandon J. "The U.S. Navy Has the Most Aircraft Carriers on Earth. And That's Nowhere Near Enough." 19FortyFive, March 2026. (Reference for OPTEMPO "severely overtaxed" framing; 11-carrier fleet inadequate for current demand signal; Truman 2025 deployment pattern; Ford plumbing/maintenance issues from Red Sea operations.) https://www.19fortyfive.com/2026/03/the-u-s-navy-has-the-most-aircraft-carriers-on-earth-and-thats-nowhere-near-enough/
  94. "U.S. Navy Redirects USS Abraham Lincoln Strike Group Toward Middle East as Iran Tensions Surge." Army Recognition, January 18, 2026. (Reference for Lincoln Indo-Pacific to CENTCOM redirect; TR and Bush leaving Norfolk without completing standard COMPTUEX; force posture acceleration.) https://www.armyrecognition.com/news/navy-news/2026/u-s-navy-redirects-uss-abraham-lincoln-strike-group-toward-middle-east-as-iran-tensions-surge

Stephen L. Pendergast is a retired senior radar and signal-processing engineer with more than two decades at General Atomics Aeronautical Systems, CACI International, and Raytheon, and earlier service with the U.S. Navy. He is an IEEE Senior Life Member and has taught at UCSD Extension.

 

at No comments:
Subscribe to: Comments (Atom)

Beneath the Plaster: Ancient DNA Rewrites the Last Hours of Pompeii

Scientists Were WRONG About Pompeii | Here's What The DNA Shows Genome-wide sequencing of skeletal fragments embedded in the famous ...