Starting this week, I’m launching a new recurring feature: The Weekly Debrief, a rundown of what I deemed either the most important stories that occurred or I wanted to discuss. Rather than just recapping headlines, each issue digs into the “why” behind the biggest contracts, programs, and geopolitical moves — following the money, the leverage, and the patterns that connect one week’s news to overarching trends within this space. I’ll narrow down the week’s news into 3 digestible stories discussing what happened and why it matters. Hope you find it useful, and let me know what you think.
I’m currently in the process of setting up a subscriber feature that allows readers to sign-up for weekly newsletters and notifications when longer form articles are posted via email, so please visit the site every now and then to be on the lookout, I’ll make it obvious. Thank you again for following along
This week’s leading stories:
- GE Aerospace/Kratos Named Second Engine Source for JASSM Missile Family
- Navy Opens Competition for Carrier-Based “Loyal Wingman” Drone
- Lockheed Martin Unveils Full-Scale Vectis Model, Expands Program to Five Aircraft
GE Aerospace/Kratos Named Second Engine Source for JASSM Missile Family
What happened
GE Aerospace and Kratos Defense & Security Solutions announced that their GEK800 engine, now designated the F143-ZZ-100, has been awarded a U.S. Air Force Engineering, Manufacturing and Development (EMD) contract as a second-source propulsion system for Lockheed’s AGM-158 Joint Air-to-Surface Standoff Missile (JASSM). The 800-pound-thrust turbofan will serve alongside the Williams International F107, JASSM’s current sole engine supplier. Kratos and GE Aerospace began developing the engine in 2023, and the joint team has completed more than 50 ground-test engine starts, plus successful altitude testing at Purdue University in 2025.
Why it matters
Follow the leverage: JASSM and its extended-range and anti-ship variants currently depend entirely on Williams International’s F107 turbofan as their sole engine supplier. That’s a textbook single-point-of-failure risk on one of the Air Force’s most important standoff weapons. Bringing in a second qualified source doesn’t just add redundancy — it structurally shifts negotiating leverage away from Williams. Kratos CEO Eric DeMarco has been explicit about this, describing an opportunity to build “thousands” of engines with GE Aerospace and “partly displacing incumbent supplier Williams International.” This is worth watching less as a one-time award and more as the opening move in a multi-year competition for JASSM propulsion market share — the EMD contract itself is a step toward eventual production volume, not the volume itself.
Follow the money — but also its absence: Every source on this story converges on the same gap: no company disclosed the contract’s value, duration, or a target production date. That’s a meaningful tell. Compare this to the recent Tomahawk deal (Navy awarded Raytheon $22.9 billion for additional Tomahawk missile capacity), where the Navy announced a specific dollar figure and rate target ($22.9B, 1,000 missiles/year) — this JASSM engine award, by contrast, is still in the technology-validation phase, not full-rate production. Readers should treat this as a credentialing milestone (the engine can now be bought, not merely tested) rather than confirmation that GE-Kratos will actually win meaningful production share from Williams.
Follow the pattern: This fits a broader Pentagon push toward lower-cost, second-sourced propulsion for the growing family of expendable and semi-expendable systems. The award comes amid a broader Air Force effort to expand its standoff-strike inventory, including an April 2026 request for information for FAMM-BAR, a low-cost cruise missile program. The companies themselves frame the engine as intended for cruise missiles, collaborative combat aircraft, and other uncrewed aerial vehicles — meaning this isn’t really a JASSM story alone; it’s a bet on a common, mass-producible small-turbofan architecture that could recur across the entire family of autonomous and semi-autonomous strike systems the Air Force is building toward. If that bet pays off, GE-Kratos isn’t just a second JASSM vendor — it’s positioning for the propulsion layer of the whole “affordable mass” strike-drone ecosystem.
What’s unresolved: The companies frame this explicitly as additive (“second source,” not “replacement”), meaning it is intended to add to the missile’s propulsion supply base rather than displace it — worth taking at face value for now, since no production split or dollar commitment has been announced. The real test of whether this becomes a genuine competitive threat to Williams, or stays a hedge that never wins meaningful volume, will show up in future JASSM production-lot contract splits — a detail worth flagging for a future issue once (or if) that data becomes public.
Navy Opens Competition for Carrier-Based “Loyal Wingman” Drone
What happened
On August 31st, the U.S. Navy’s Naval Air Systems Command issued a Request for Information for its Collaborative Combat Aircraft (CCA) Increment 1 program, seeking industry proposals for two fully functional, carrier-capable autonomous combat drone prototypes. The specs are notably concrete for an RFI: a per-unit cost cap of $30 million, ability to carry up to five tons of weapons (including four externally mounted 2,500-pound weapons), operational from both Ford- and Nimitz-class carriers, and shore-based carrier certification within three years of award. Industry responses are due September 18th. Buried in the document is an unusual financing detail — the Navy expects to structure the award as an Other Transaction Authority agreement requiring contractors to make “a significant financial investment alongside government in-kind contributions,” rather than a traditional cost-plus contract.
Why it matters
Follow the leverage: Requiring contractors to co-invest their own capital — rather than the government fully funding development, as is standard on major aircraft programs — shifts real financial risk onto industry. That favors well-capitalized challengers like Anduril and General Atomics, who’ve been building speculative CCA designs anyway, over primes accustomed to cost-plus arrangements. It’s a meaningful signal about how the Pentagon wants to buy autonomous systems going forward.
Follow the precedent: This isn’t a new concept so much as the Navy catching up — the Air Force’s CCA program is already flying prototypes (an Anduril YFQ-44A has conducted live-fire AMRAAM tests), and the Navy’s own MQ-25 Stingray tanker program has spent years building the shipboard infrastructure, control systems, and operational experience for uncrewed carrier aviation. The Navy is explicitly leveraging that MQ-25 groundwork — including a new Unmanned Air Warfare Center aboard USS George H.W. Bush — as the institutional bridge to CCA. This is also a global pattern: France’s DGA and the UK’s Royal Navy are both pursuing parallel carrier-based loyal-wingman efforts, suggesting NATO navies are converging on the same doctrinal bet simultaneously.
Follow the capacity math: The RFI’s own text is unusually candid about why — it states that the “high cost and extended timelines required to replace manned platforms and naval surface combatants” limit the Joint Force’s ability to absorb losses in a contested fight. That’s the Pentagon acknowledging, in a procurement document, that it cannot afford to lose F-35Cs and Super Hornets at a rate a peer conflict might demand, and is buying attritable mass as an insurance policy. The $30 million price cap only makes sense read against that backdrop — it’s a little bit more than a fourth the cost of an F-35C, which is the entire point.
What’s unresolved: A three-year timeline to shore-based carrier certification is aggressive for any new aircraft type, let alone an autonomous one operating in the notoriously unforgiving carrier environment. Worth watching whether the September 18 industry responses come back with credible technical plans on that timeline or whether the Navy quietly extends it once real proposals — rather than PowerPoint concepts — are on the table.
Lockheed Martin Unveils Full-Scale Vectis Model, Expands Program to Five Aircraft
What happened
Lockheed Martin’s Skunk Works division presented a full-scale model of its Vectis stealth drone on September 14th at the Air, Space & Cyber Conference in National Harbor, Maryland, providing the clearest public look yet at the aircraft since it was first teased in September 2025. The company also announced it will build four additional Vectis vehicles beyond the first prototype already under construction, bringing the planned fleet to five aircraft. Vectis is roughly 34 feet long with a 38-foot wingspan, uses a tailless “lambda”-wing configuration, and has a distinctive deeply recessed, top-mounted air intake — a design choice the company says is meant to minimize radar signature. It’s powered by a single Williams International FJ44-4 commercial turbofan, chosen specifically because it’s a proven engine that speeds up development. Lockheed says the program remains internally funded, with first flight still targeted for 2027. Days after the unveiling, the company began teasing a separate, still-unidentified aircraft — possibly a further Vectis reveal, possibly something new entirely.
Why it matters
Follow the money: This is a genuinely unusual bet by industry standards — Lockheed is self-funding Vectis’s development rather than waiting for a government contract to underwrite it, and is now voluntarily expanding that private investment from one prototype to five before any customer has committed to buy it. That’s a significant amount of shareholder capital at risk on a program with no guaranteed payoff. It signals real confidence that a market exists — likely tied to the Air Force’s still-forming CCA Increment 2 requirements — but it also means Lockheed is absorbing all the financial downside if that market doesn’t materialize the way the company expects.
Follow the leverage: Lockheed is a legacy prime betting it can out-innovate the venture-backed challengers (Anduril, General Atomics, Kratos) that have driven much of the CCA conversation so far by moving faster and cheaper than traditional primes. Choosing a commercial, off-the-shelf engine specifically to compress the development timeline is a tell — Lockheed appears to be consciously borrowing the “speed over exquisiteness” playbook that startups have used to win early CCA momentum, rather than defaulting to a customized military powerplant the way a traditional program of record might.
Follow the precedent: This continues the same “affordable mass” thesis running through the Navy’s carrier-based CCA RFI covered above — militaries increasingly want large numbers of expendable, semi-autonomous aircraft rather than small numbers of exquisite, expensive ones. Vectis’s design specifically emphasizes stealth and survivability over pure cost-cutting, which differentiates it from some rival CCA concepts and suggests Lockheed is betting the Air Force’s next CCA increment will prioritize the ability to operate in more heavily defended airspace, not just cheap volume.
Follow the second-order effect: The full-scale unveiling comes with real technical revelations — the tailless lambda-wing shape and submerged inlet are meaningfully more exotic than Lockheed’s original 2025 disclosure, suggesting the design matured substantially in the last year rather than staying static while the company built hype. That maturation, paired with the almost-immediate teaser for another unidentified aircraft, hints Skunk Works may be running more than one uncrewed combat aircraft effort in parallel — worth watching for whether that teaser turns out to be Vectis-adjacent or a genuinely separate program.
What’s unresolved: No government customer has yet committed to buying Vectis, and the Air Force hasn’t finalized its CCA Increment 2 requirements — meaning Lockheed is building hardware ahead of a defined competition. Worth tracking whether Increment 2’s eventual requirements end up matching what Lockheed has already built, or whether the company is forced to adapt a five-aircraft fleet to specifications it doesn’t yet know.
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