Anduril's FQ-44 Went From Prototype to Production Faster Than Any Fighter in 50 Years — and Ohio Is Hiring 4,000 to Build It

A Production Contract Unlike Any Other in Defense-Tech

The U.S. Air Force awarded production contracts for the Collaborative Combat Aircraft program to two companies simultaneously: General Atomics for its FQ-42A and Anduril Industries for its FQ-44A. This is a dual-selection approach with no real parallel in modern fighter procurement. The June 17 announcement came four months ahead of schedule, which the Air Force said reflects both aircraft clearing rigorous mission requirements and being ready for full-scale manufacturing.

That speed matters. Anduril's FQ-44 went from a 2024 prototype award to a production contract faster than any fighter in more than half a century, the company said. It is the first time a new entrant has won a fighter program since the 1970s. General Atomics said its FQ-42 went from contract award to first flight in 15 months. Both aircraft dropped the "Y" prototype prefix and received the new "FQ" designation ("F" for fighter, "Q" for uncrewed), formalizing their shift into manufacturing.

The Air Force is committing to buy more than 150 combat-capable CCAs by the end of this decade, with a long-term fleet goal of roughly 1,000. Secretary Troy Meink said the contracts reaffirm the service's confidence in that trajectory. The fiscal 2027 budget request included close to $1 billion to begin procurement (about $996.5 million in procurement plus $150 million in advance funding), the first time the service asked Congress to buy CCAs rather than just develop them.

What makes the program structurally unusual is the Air Force's decision to decouple the airframes from the autonomy software. The hardware contracts went to General Atomics and Anduril. But six separate companies — Anduril, General Atomics, Lockheed Martin, Northrop Grumman, Collins Aerospace, and Shield AI — won spots in a six-year mission autonomy vendor pool. Three of those six received immediate production options for the first of two six-month competitive phases, with the Air Force planning to pick a single primary autonomy provider for Increment 1 by summer 2027. The service will pay a vendor's full licensing fee only if the delivered software meets operator needs, a payment structure the Air Force called first-of-its-kind.

Underpinning it is the government-owned Autonomy Government Reference Architecture, an open standard that lets the Air Force move software between aircraft and avoid single-vendor lock. The service validated that architecture in February by integrating government-owned autonomous software into both prototypes.

The contract values are classified. Col. Timothy Helfrich, the Air Force's portfolio acquisition executive for fighters and advanced aircraft, said the service is meeting its goal of one-third the cost of an F-35 — roughly under $30 million per airframe. The current award covers the first three production lots, with more to follow. How those lots split between the two vendors will depend on each company's ability to deliver "capability at speed and scale," Helfrich said.

April's crash of a General Atomics YFQ-42A during a test flight in California, which led to a six-week pause before flights resumed with a software fix, was not a factor in the dual-selection decision, Helfrich said. The Air Force considered schedule, cost, and performance, and concluded both vendors met the threshold. Running two vendors, the service said, fosters continuous competition and drives down risk.

The CCAs are designed to fly alongside crewed fighters like the F-35 and the planned F-47, extending sensors and weapons while absorbing risk that would otherwise fall to pilots. Increment 1 aircraft need a combat radius of at least 700 nautical miles. They will conduct strikes, reconnaissance, and electronic warfare with minimal direction from the manned aircraft they accompany.

Anduril's Ohio production facility, Arsenal-1 in Ashville, is where the FQ-44 will be built at scale, and the company's job board reflects the ramp. Zero G Talent's board lists 138 Anduril roles added in the past seven days alone, spanning mission operations, flight test, facilities engineering, and production coordination.

What Anduril's Open Roles Reveal About Building AI Wingmen

Anduril's Ashville, Ohio facility has 106 open positions on LinkedIn, and the list reads less like a defense contractor's careers page and more like a high-growth manufacturer scaling three product lines at once. The roles break into a clear pattern: Anduril is hiring to build autonomous aircraft, cruise missiles, and interceptors on production lines that barely existed a year ago.

The most senior roles anchor the operation. A Director, Manufacturing Engineering and a Senior Director, Global Warehousing & Material Movement were both posted within the past week, signaling that Anduril is still building the management layer that will oversee hundreds of downstream workers. Below them sit a Director of Quality Engineering, a Senior Technical Program Manager, Manufacturing, and a Staff Technical Program Manager, Production, the people who will translate engineering intent into repeatable factory output.

Then the list fractures by product. Anduril is hiring production leadership for at least four named platforms from this single Ohio site:

That concentration tells you something about the CCA win's scope. Anduril isn't hiring for a single prototype line — it's staffing parallel production lines for multiple autonomous systems, each with dedicated operations managers, material planners, and quality staff. The Product Data Engineer, Autonomous Airpower role, posted last week, suggests the data infrastructure for flight testing and mission-system validation is being built alongside the airframes.

The quality and inspection roles are unusually numerous for a company at this stage. A Director of Quality Engineering, Senior Quality Engineer, Senior Quality Engineer (Flight Line Support), Quality Inspector, 2nd Shift Quality Inspector, Quality Control Supervisor, and Quality Specialist all appear on the list. Defense aerospace demands traceability at every assembly step, and Anduril is staffing for that before the lines hit full rate.

On the logistics side, the Senior Director, Global Warehousing & Material Movement, S&OP Planning Analyst, Material Planner, Senior Material Planner, Material Associate, and Manager, Material Planning roles reveal a supply chain being built from scratch. The Senior Manager, Material Flow Engineering and Manager, Manufacturing Optimization positions suggest Anduril is applying the kind of lean-manufacturing thinking more common in automotive than in traditional defense primes.

One role sits apart from the factory-floor pattern: Program Manager, Connected Warfare, listed on multiple job boards, which leads efforts across Anduril's connected mesh systems that link robots, humans, and sensors. That position, along with the Information Systems Security Officer, AD&S and Information Systems Security Manager, AD&S roles on the Ohio list, hints that the software backbone is being staffed in parallel with the hardware.

The talent profile is clear: Anduril needs people who have run production lines in regulated hardware environments (aerospace, automotive, medical devices) and who can adapt to a company that ships software on two-week sprints and hardware on military timelines simultaneously. If you've built things at scale and want to build them for the Air Force, Ashville is where the jobs are.

Ohio's Defense-Tech Corridor: From Rust Belt to Autonomous Flight Belt

Fourteen months ago, the site was dirt. By the end of March 2026, Anduril's Arsenal-1 campus in Pickaway County was preparing to build Fury combat drones on a production line, four months ahead of the July 2026 target the company had announced just over a year earlier. Co-founder and COO Matthew Grimm called the pace "a rarity in the defense business." That speed is the point. Arsenal-1 is designed to prove that autonomous military aircraft can move from clean-sheet design to volume production in months, not decades.

The facility sits on 500 acres near Rickenbacker International Airport, about 20 miles south of Columbus. When fully built out, it will span seven buildings across 5 million square feet. The first building, a 775,000-square-foot production hall with 120,000 square feet of office and support space, is already operational. Up to 600 construction workers are building the rest of the campus around it.

Ohio's pitch to Anduril was workforce, and the numbers back it. The state ranks third in the nation for both Air Force civilian employees and manufacturing workforce. Wright-Patterson Air Force Base in Dayton provides a talent bench that already understands defense procurement. Lt. Gov. Jon Husted pointed to General Dynamics and GE as proof that aerospace and defense companies already call Ohio home. "Ohio has the workforce, the research and development, the testing, the manufacturing capabilities, and the customer," he said at the January 2025 announcement.

The deal is the largest single job-creation project in Ohio's history. Anduril committed to creating 4,008 jobs with more than $530 million in payroll and at least $910.5 million in capital investment within 10 years, according to the 30-year agreement with JobsOhio. The state awarded $310 million in incentives, and a separate Job Creation Tax Credit is estimated to save Anduril $450 million over the life of the deal. JobsOhio projects Arsenal-1 will contribute nearly $1 billion to Ohio's GDP and generate over $2 billion in annual economic output.

What makes the workforce story different from past defense buildouts is who Anduril is hiring. The company confirmed that a bachelor's degree is not a requirement for production roles. Husted said jobs on the Arsenal-1 floor will average $132,000 a year and that most people can qualify for them through community colleges or certificate programs. Anduril is already working with local school districts and universities to build a pipeline.

The reason that approach works: nearly 90% of Anduril's products use commercially available components. The Fury's jet engine is a commercial turbine like those in private jets, bought off the open market. The production floor is intentionally human-driven (aircraft frames move by hand through stations rather than on automated lines), which lets the company reconfigure for different products quickly. Grimm said a line producing Fury airframes can switch to Roadrunner drones or Barracuda cruise missiles "in days and weeks, not months and years."

That supply chain strategy has a second-order effect on the region. Companies already making parts for automotive, commercial aviation, or consumer electronics can plug into Anduril's network without retooling. The company draws from more than 6,000 suppliers worldwide and is investing upstream in mines and refineries to secure raw materials. Ohio's existing industrial base, the one that survived the Rust Belt era, is exactly the base Arsenal-1 needs.

The campus will start with roughly 250 employees by the end of 2026, scaling toward the 4,000 target by 2035. Anduril's total company headcount is approaching 8,000. The facility is designed as a destination employer: on-site gym, fresh food, medical services. Keith Flynn, SVP of Production, kept his assessment of Ohio's role simple during a recent tour: "Ohio provides that."

For the greater Cleveland corridor and the Columbus region, the bet is already being placed in a facility that didn't exist 14 months ago. The question now is whether the workforce pipeline and supplier network can scale as fast as the building did.

The Software Backbone Behind the Hardware

The Collaborative Combat Aircraft program will produce physical airframes: General Atomics is building the FQ-42A, Anduril the FQ-44A. But the aircraft are essentially sensor platforms. What makes them lethal is the software that tells them what to do, and that software is Lattice.

Anduril's command-and-control platform has quietly become the connective tissue of the Pentagon's entire autonomous-systems push. In March 2026, the U.S. Army awarded the company a 10-year enterprise agreement worth up to $20 billion, the largest contract ever given to a venture-backed defense firm, centered entirely on deploying Lattice across the service. The deal consolidated more than 120 separate procurement pathways into a single framework. The message was explicit: the next generation of warfare will be won by whichever force runs the best operating system.

Lattice is built on three layers. Lattice Mesh is a decentralized data-distribution network that lets frontline units pull feeds from over 100 sensor types without routing through a central hub. New sensor translators are added weekly. Lattice C2 sits on top, ingesting the unified sensor feed, running deep-learning threat classification, and presenting engagement recommendations to human operators who retain final authority. Lattice Edge pushes the stack into austere environments through purpose-built hardware, the Menace device family, that runs the software locally when connectivity drops out.

The architecture proved itself at Yuma Proving Grounds, where during a seven-day trial Lattice absorbed a previously unknown sensor and effector within hours and executed four live-fire drone intercepts with successful outcomes. Army Chief Technology Officer Alex Miller has been blunt about the operational requirement: "We can't wait a year for a new sensor or effector to be integrated."

Mission autonomy vs. flight autonomy

The CCA program draws a sharp line between two kinds of software. Flight autonomy manages safety-critical functions: takeoff, level flight, waypoint navigation, landing. Mission autonomy is what happens after the aircraft is airborne: coordinating multiple robotic platforms, executing complex tactics, and making real-time decisions about formation flight, airspace management, and target engagement.

Anduril has been building the mission-autonomy stack separately from its air-vehicle work. Since April 2024, its FQ-44A team has developed and tested prototype aircraft alongside the flight-autonomy software needed to keep them in the air. A parallel team has been converting the Lattice software baseline into a mission-autonomy stack for CCA missions, work the company funded internally before the Air Force contract arrived.

That internal investment nearly didn't pay off. Anduril learned in mid-2025 that it had not been selected for the next stage of prototyping. The company responded by rebuilding its mission autonomy product from the ground up, expanding its core engineering team and adding software, simulation, user-interface, and infrastructure engineers. It also brought in former fighter pilots and weapons school instructors with hundreds of years of combined operational experience. The goal was not just technical performance but trust. Pilots needed to understand why a robotic wingman made a particular decision.

The revised stack flew on the FQ-44A for the first time on February 24, 2026. A second flight in March ran a more complex mission. The Air Force's subsequent selection of Lattice for Mission Autonomy validated the rebuild.

The platform play

The most strategically significant move in Lattice's evolution may be the least dramatic: the release of an open software development kit. In December 2024, the Pentagon's Chief Digital and AI Office awarded Anduril a $100 million, three-year contract to expand Lattice Mesh and open it to third-party developers. The SDK exposes capabilities through REST and gRPC APIs, with libraries in Go, Java, TypeScript, and Python. An initial cohort of 10 partners, including Apex, Saronic, Oracle, and Textron, signed on, with the door left open for any company to build applications.

Thomas Keane, Anduril's senior vice president, framed the intent directly: "We want to remove Anduril as any form of bottleneck." CDAO Principal Deputy Margaret Palmieri described the shift the same way: "We can use the data mesh back end that Anduril has, but we don't only have to rely on Anduril apps."

The model inverts how traditional defense primes operate. Lockheed Martin and Boeing sell hardware with software as an integration afterthought. Anduril treats Lattice as the product and everything else, including its own airframes, as nodes on a graph. Once a military force integrates its sensors and effectors through Lattice's data model and trains operators on its interfaces, switching costs become substantial. The platform accumulates network effects as more sensor translators, partner applications, and retraining data pile up.

Why software hiring will outpace airframe work

The contract trajectory explains the hiring math. Anduril's total known contract ceiling now exceeds $25 billion, spanning the Army's enterprise agreement, a $1 billion counter-drone IDIQ from U.S. Special Operations Command, a $99.7 million Space Surveillance Network contract, and the CBP border-surveillance tower program with roughly $818 million obligated against a $2 billion ceiling. Each of those programs runs on Lattice. Each one needs software engineers who can integrate new sensors, build mission-autonomy logic, write SDK applications, and maintain the mesh network, not just aerospace engineers who can shape an airframe.

The Connected Warfare division's job postings describe teams that "build, deploy, integrate, extend, and scale" software and hardware to deliver mission-critical capabilities, language that puts software at the center of the mission, not the airframe.

The Air Force's Autonomy Government Reference Architecture, known as A-GRA, reinforces the trend. Lattice for Mission Autonomy is fully A-GRA compliant, meaning the same software stack can be integrated with Increment 1 CCA aircraft and any current or future A-GRA-compliant platform. That modularity is the point: the Air Force wants to buy autonomy software once and deploy it across a fleet of different airframes from different manufacturers. The company that owns the software layer owns the program.

Anduril's valuation has tracked the shift, from $14 billion at its Series F round in 2024 to $30.5 billion at Series G in 2025. The market is reading Lattice as platform economics, not product economics. For the defense-tech workforce, that means the hiring surge in Ohio won't stop at production-line roles. The software backbone behind every CCA airframe will need constant expansion, and the engineers building it will define how the program actually fights.

The Israel-to-Ohio Pipeline: How a Defense-Tech Hub Goes Global

In February 2026, Palmer Luckey landed in Israel for a two-day visit that neither his company nor Israeli officials publicly disclosed at the time. CTech reported that the Anduril founder met Prime Minister Benjamin Netanyahu, senior defense officials, and representatives of roughly ten local defense-technology startups. The meetings were coordinated with Israel's Ministry of Defense Directorate of Defense Research and Development. Among the companies cited: Smart Shooter, Kela, Skana Robotics, Regulus, Magnus Metal, eyesAtop, and AriEV.

The trip was not a courtesy call. Security Guys News reported that the curated lineup of early- and growth-stage companies presenting in short succession pointed to organized scouting. Several of the firms operate in domains that map directly onto Anduril's portfolio: electro-optical fire control, counter-drone systems, resilient navigation, robotics, and advanced manufacturing. These are modular inputs for the kind of integrated autonomous platforms Anduril builds, not standalone export products.

What Luckey was actually there to do has since become clearer. Multiple Israeli outlets, Globes and the Jerusalem Post, reported that Anduril is in talks with senior Israeli officials to establish a local defense-tech hub that would handle sales to the Ministry of Defense and conduct R&D for the company's global product lines. The Europesays and Welsh Wave coverage confirmed the same: a $61 billion-valued company is setting up operations in a country whose entire defense budget is a fraction of Anduril's market cap.

The logic runs both ways. For Anduril, Israel offers combat-validated subsystems and a talent pipeline fed by mandatory military service and units like 8200, which has produced a disproportionate share of the country's defense-tech founders. For Israeli startups, a partnership with a U.S. prime contractor opens access to American procurement channels, testing infrastructure, and long-term programs of record that no local market can match.

Josh Wolfe, co-founder of Lux Capital and an early Anduril backer, publicly acknowledged organizing the Israel trip on social media. In a May 2025 interview with Calcalist, he described Israel as "the envy of the world" in defense technology, pointing to global attention on Israeli air-defense systems. U.S. venture firms, he said, are now competing to invest in Israeli defense startups.

The timing aligns with Anduril's broader international push. The company is simultaneously scaling up Arsenal-1, its hyperscale manufacturing facility in Columbus, Ohio, a plant designed to produce tens of thousands of autonomous systems per year.

That parallel buildout, Ohio for volume manufacturing and Israel for R&D and regional sales, suggests Anduril is constructing a transatlantic talent and production pipeline, not just opening a sales office. The company's Lattice AI platform, which integrates sensor data into a unified battlefield picture, is already deployed with U.S. forces. Adding Israeli-developed subsystems and software talent to that stack would deepen its edge at a time when the Pentagon is pushing hard on autonomous and AI-enabled systems.

Whether the talks lead to acquisitions, supply agreements, or a full subsidiary remains undisclosed. But the signal is hard to miss: the boundaries between Silicon Valley and traditional military innovation centers are dissolving, and the companies that figure out how to operate across both ecosystems will shape the next generation of defense technology.

What CCA Production Means for the Broader Defense-Tech Talent Market

Anduril's Arsenal-1 facility in Pickaway County won't just hire 4,000 people by 2035. It will pull those people from somewhere, and the sectors they're leaving are already feeling the pressure.

The defense-tech hiring surge of 2025–2026 is operating on a scale that's reshuffling engineering labor across entire industries. Venture capital flowing into defense tech hit $49.1 billion in 2025, nearly double the prior year, PitchBook data reported by Defense News shows. That capital has to be spent on people, and the people it's chasing already have jobs at SpaceX, at Waymo, at the big aerospace primes, at the AI labs.

The sectors losing talent

Three adjacent fields are feeding Anduril's Ohio pipeline, each for different reasons.

Commercial aerospace is the most obvious source. The sector is still working through production backlogs at Boeing and Airbus, and its workforce is aging. The average certified aircraft mechanic in the U.S. is 54, with 40% over 60, the ATEC-AMT pipeline report cited by Blue Signal Search found. Engineers and technicians who spent decades on commercial platforms are finding that Anduril's autonomous-systems work offers something their current employers can't: a sense that the product will actually ship on schedule. Deloitte's 2026 aerospace and defense outlook notes that "speed to field" has become the unifying metric across defense portfolios, and that urgency is a recruiting tool.

Autonomous vehicles are the second feeder. The self-driving car industry has contracted. Argo AI shut down, Cruise scaled back, and several mid-size AV startups folded or pivoted. Engineers with experience in perception stacks, sensor fusion, and real-time control systems for ground vehicles find that their skills transfer almost directly to autonomous aircraft. Metaintro's analysis of defense-tech hiring notes that "if you have worked on robotics, computer vision, or real-time systems anywhere, those skills translate directly."

AI infrastructure is the third. The large language model boom of 2022–2024 trained a generation of ML engineers to move models from notebooks into production hardware. Defense tech needs exactly that skill set, but applied to physical systems operating in contested electromagnetic environments. Deloitte's workforce analysis projects that demand for data science skills in aerospace and defense will grow from 3% of job postings in 2025 to 5% by 2028, while data-analysis skills rise from 9% to nearly 14% over the same period.

What this does to salaries

The bidding war is already visible in compensation data. Cleared professionals in defense tech averaged $126,125 in total compensation in 2025, up nearly 6% from the prior year, a ClearanceJobs report summarized by StockTitan found. A security clearance alone generates a 10–20% salary premium. For engineers in their first two years, cleared roles pay $75,961 on average, well above the median for entry-level software engineering outside defense.

The gap between commercial and defense pay is real but narrower than it used to be. JOBSwithDOD's salary data shows AI engineers at the Department of Defense earning $102K–$147K at entry level, compared to $143K in the commercial sector. But senior AI engineers in commercial roles can reach $269K+, while DoD caps lower. The trade-off is stability: defense contracts run for years, and the sector showed none of the venture-funding slowdown that hit other tech segments in 2025.

For production and manufacturing roles, the bulk of Arsenal-1's 4,000 jobs, Ohio's cost structure changes the math. Defense-related workers in Ohio earn roughly 14% above the state average, JOBSwithDOD's Ohio market guide found, while operating costs remain far below Silicon Valley or the Mid-Atlantic corridor. A manufacturing engineer or robotics technician relocating from the coasts can take a nominal pay cut and still come out ahead.

The clearance bottleneck

The single biggest friction point in this talent market is the security clearance process. Only about 2 million people in the U.S. hold an active federal security clearance, less than 0.6% of the population, a Government Executive analysis cited by Blue Signal found. Background investigations for Top Secret clearance can run 12 months or longer.

This creates a structural advantage for companies that can hire engineers into unclassified roles first and sponsor clearances in parallel. Anduril's open roles include positions like Mission Operations Engineer and Facilities Controls Engineer that list active clearance as a requirement, meaning the company is hiring both cleared and clearance-eligible candidates simultaneously. The strategy mirrors what the DoD's own Software Modernization Strategy calls for: shifting from a "snapshot in time" compliance culture to continuous authorization integrated into development pipelines.

The broader implication

Anduril's Ohio buildout is a leading indicator, not an isolated event. Palantir's engineering headcount is roughly 44% of its total workforce, and the company's U.S. government revenue grew 52% year over year in Q3 2025. The defense sector produced 10 new unicorns in 2025 alone. Each of them is hiring from the same limited pool of engineers who can write real-time control code, integrate sensors, and ship hardware that works in the field.

For engineers in commercial aerospace, autonomous vehicles, or AI infrastructure, the calculus is straightforward: defense tech offers mission-driven work, longer contract horizons, and, once you factor in clearance premiums and Ohio's cost of living, competitive total compensation. The sector's talent shortfall is projected at roughly 120,000 skilled workers by 2025, Talenbrium's analysis found. That gap won't close through university pipelines alone. It will close by pulling experienced engineers from adjacent industries, one Arsenal-1 job posting at a time.

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