Anduril's Long Beach Campus Will Employ 5,500 to Build Weapons That Never Existed 26 Months Ago

The $1B Bet: From Costa Mesa Software House to Long Beach Arsenal

Anduril Industries is pouring $1 billion into a 1.18-million-square-foot campus spanning Long Beach and Lakewood, California, a facility designed to house roughly 5,500 direct employees and open by mid-2027. The Long Beach Area Chamber of Commerce valued the project at over $1 billion. Construction begins later this year, with the first building targeted for completion by the end of 2027.

The site at the Douglas Park business complex, just north of Long Beach Airport, will split roughly 750,000 square feet of office space from 435,000 square feet of industrial space dedicated to research, development, and production. Sares Regis Group, the same real estate firm that managed the buildout for Rocket Lab's nearby headquarters, is developing the campus. A company spokesperson said construction costs alone will run into the hundreds of millions of dollars.

This is not a satellite office. Anduril's Costa Mesa headquarters stays intact, but Long Beach is where the company turns code into hardware at scale. The facility will support mass production of autonomous weapons systems and surveillance technology: drones, missiles, robotic submarines, and autonomous fighter jets. Shannon Prior, an Anduril spokesperson, confirmed the company announced plans on Jan. 22, 2026, at the former Boeing C-17 production compound.

Governor Gavin Newsom's office highlighted the expansion as a win for California's aerospace and defense sector, which contributes an estimated $35 billion annually to the state's GDP and employs more aerospace engineers and defense personnel than any other state. "Anduril's world-class innovation and deep California roots are helping shape the next generation of America's aerospace and defense industry," Newsom said.

Long Beach Mayor Rex Richardson called the announcement a pivotal moment for the city's economic strategy. "Today, the next generation of companies is choosing to build and hire here again," Richardson said. The city's "Space Beach" corridor already hosts Rocket Lab and a cluster of aerospace firms, building on a defense-industrial history that stretches back to the Pacific Fleet's 1919 home-port designation and the World War II-era aircraft production facilities that once employed tens of thousands.

For Palmer Luckey, a former California State University, Long Beach student who invented the Oculus Rift before co-founding Anduril, the move is a homecoming. Anduril currently employs 7,000 people across 35 locations, with roughly half based in Southern California. Construction Review Online found the company reached a valuation of over $30 billion in 2025 and recently secured a $23.9 million contract to supply weaponized drones to the U.S. Marine Corps.

The political and industrial signal is clear: Anduril is betting that the future of autonomous warfare requires factory floors, not just server rooms, and that Long Beach is where it intends to build that future.

What 5,500 New Roles Reveal About Autonomous Warfare

The raw hiring data tells the story before any press release does. Anduril's careers board lists 156 roles added in the past week, and the mix of titles maps directly onto the company's product lines and the military programs they feed. This isn't a satellite R&D office scaling up. It's a factory workforce being recruited in plain sight.

Production floor roles dominate the Long Beach listings. Indeed shows openings for Production Coordinator, Production Supervisor, Composite Technician, and Hydraulic Technician, roles that have no meaning without a physical product moving through an assembly line. These aren't software jobs that happen to sit in Long Beach. They're manufacturing jobs that require someone to build, integrate, and test hardware at volume.

Propulsion integration points straight at the unmanned air vehicle pipeline. A posted Senior Propulsion Integration Engineer role on Anduril's own board describes ownership of the full development lifecycle, from concept through flight test, for advanced propulsion systems on unmanned air vehicles. That language maps onto Anduril's Altius loitering munition family and the Roadrunner interceptors, both turbine-powered systems that require dedicated propulsion engineering. The Propulsion Team listing specifies work on "high-performance, resilient, and scalable mechanical systems," scalable being the word that connects a single prototype to the thousands of units the campus would need to produce.

Manufacturing engineering roles are product-specific. LinkedIn listings show Manufacturing Engineer positions explicitly tagged to Roadrunner production. That's the dual-use interceptor Anduril is developing for the U.S. military and allied markets, a product that transitioned from program win to manufacturing engineering in under two years. When a company hires manufacturing engineers and names the product in the job title, the prototype phase is over. The question is throughput.

Systems integration and reliability round out the picture. Zero G Talent's board shows Anduril actively recruiting Staff and Senior Reliability Engineers across Costa Mesa, Quincy, and Atlanta. These are the people who make sure the hardware that leaves the factory works in the field. Reliability engineering at that scale only makes sense when you're shipping product, not testing prototypes.

The pattern across every listing is consistent: Anduril is hiring to build autonomous systems (drones, interceptors, propulsion units) at manufacturing volume, and Long Beach is where that volume has to happen. The 5,500 jobs aren't a projection. They're a bill of materials written as a staffing plan.

How Anduril Is Weaponizing Software Talent

Anduril was born in Costa Mesa as a software company that happened to build hardware. That DNA is now colliding with the physical reality of making thousands of autonomous systems a year, and the collision is rewriting what defense manufacturing hiring looks like.

The job postings tell a story that doesn't match a traditional factory. Alongside conventional production labor, Anduril's board lists reliability engineers, software-defined manufacturing technicians, and systems integrators. The split is deliberate. Anduril's "Arsenal" manufacturing concept, laid out in a 32-page report the company published in August 2024, proposes a software-defined production platform where an enterprise operating system governs every step from threat analysis through final assembly. ArsenalOS, unveiled in June 2026, is the digital backbone connecting design, supply chain management, and sustainment in a single platform. Inside Defense reported that the company argues this approach can speed production, reduce costs, and fold battlefield feedback back into hardware designs faster than legacy toolchains allow.

The hiring profile reflects that philosophy. Anduril recruits for positions that sit between design and production, people who can write the test script and bolt the airframe. Compensation data from the company's own postings shows staff reliability engineers pulling $165,000 to $253,000 annually depending on location, numbers that compete with commercial tech rather than traditional defense. That's the point. Luckey co-founded Anduril in 2017 with former Palantir engineers and his Oculus hardware lead Joe Chen, explicitly aiming to bring Silicon Valley's iteration speed into the defense sector. The company's recruiting pitch (software-first, rapid prototyping, no 15-year procurement cycles) targets engineers who would otherwise go to SpaceX, Apple, or NVIDIA.

Legacy primes operate differently. Lockheed Martin, Northrop Grumman, and Raytheon build production lines optimized for specific programs: F-35 jets, B-21 bombers, guided munitions. Each program has its own tooling, its own workforce training pipeline, its own supply chain. The result, Anduril argues in its Arsenal report, is a defense industrial base that produces "one to two submarines, several warships, 22 tanks, and a few dozen stealth fighter jets" per year, numbers the company cites from fiscal year 2023 DoD purchasing plans. Those platforms are what Anduril calls "exquisite": difficult to produce, dependent on scarce specialized labor, and nearly impossible to scale.

The contrast shows up in how the two models hire. Lockheed's manufacturing workforce is built around welders, riveters, and assembly technicians trained on program-specific tooling. Anduril wants people who can interact with ArsenalOS dashboards, reconfigure production lines through software rather than retooling, and move between product builds, from drones to underwater vehicles to fighter aircraft, on the same modular floor. The company's report references Tesla's Gigafactory approach, where a software-first focus lets the carmaker push dozens of engineering changes per week into live production lines. Anduril wants to replicate that cadence for weapons.

This creates a talent war that didn't exist five years ago. Defense-tech salaries now sit in the same band as commercial tech. Blind forum discussions show engineers comparing Anduril's roughly $200K total compensation against Lockheed's $85K for similar experience levels. The difference is velocity. Anduril ships products in months; legacy primes measure development in decades. For a software engineer deciding between the two, the choice often comes down to whether they want to write code that touches hardware in the field or write documents that touch hardware in a review board.

The Long Beach campus is the physical bet that this hiring model scales. If Anduril can staff 5,500 roles with software-fluent manufacturing workers, the Arsenal concept moves from whitepaper to production line. If it can't, the campus becomes a very expensive experiment in what happens when Silicon Valley hiring logic meets ITAR regulations, security clearances, and the unglamorous reality of building things that explode.

Why the Army Baseline Is Driving Factory Demand

The Army's decision to hand Anduril the common data layer baseline for Next Generation Command and Control, its first major NGC2 contract award, is not a software deal with manufacturing implications. It is a manufacturing deal that happens to run on software. Every sensor, communications node, and AI model that plugs into that layer needs physical hardware to host it, and that hardware has to be built somewhere.

NGC2 is the Army's bid to escape single-vendor command-and-control lock-in. The concept is an open architecture that can ingest data from whatever sensors and systems are available, a data mesh running from edge to cloud. Anduril's Lattice platform and Palantir's Foundry will provide the software backbone, the Army confirmed, connecting shooters, drones, and command posts through a shared integration layer. The Army announced the baseline after operational validations at the 4th Infantry Division, Breaking Defense reported.

Here is why that matters for a 1.18-million-square-foot factory in Long Beach. NGC2's open architecture means the Army will field hardware from multiple vendors (drones, ground stations, communications gateways), all feeding into Anduril's Lattice. Anduril is simultaneously winning production contracts for its own hardware that plugs into that same layer. The Air Force awarded Anduril and General Atomics production contracts for Collaborative Combat Aircraft, Anduril's FQ-44 and GA-ASI's FQ-42, four months ahead of schedule, the Air Force said, confirming both designs met mission requirements for full-scale manufacturing. Anduril's Lattice was separately selected to bring mission autonomy to the CCA program.

So the common data layer is the spine. The FQ-44 is one of the first airframes designed to operate on it. The Long Beach campus has to produce both the airframes and the edge hardware that runs Lattice for ground-based NGC2 nodes. One contract pulls the other. Without the NGC2 baseline, Anduril is a company building drones that need a network. With it, Anduril is the network, and the factory has to deliver both sides.

The scale of the hiring reflects that dual mandate. Reliability engineering positions are split across Costa Mesa, Atlanta, and Quincy, Massachusetts, the last a key hub for Navy and Army electronics integration. Those aren't pure software roles. They are the manufacturing-adjacent engineering positions that sit between design and production, the people who make sure a system that works on a test stand still works after 10,000 flight hours.

The NGC2 win also locks in demand signals for years. Common data layer baselines in defense programs tend to persist through multiple hardware refresh cycles because replacing them means re-certifying every connected system. Anduril is not just building for a single procurement. It is building the integration standard that future Army hardware must meet, and the Long Beach campus is where the physical output of that standard has to come off the line.

From CCA Talks to Floor Workers in 26 Months

The timeline from prototype to production for a fighter aircraft is supposed to take decades. Anduril did it in 26 months.

The Air Force awarded Anduril a prototype contract for the FQ-44 (now called Fury) in April 2024. Ground testing began in April 2025. First flight came in October 2025. By June 2026, the Air Force handed Anduril a production contract four months ahead of schedule, alongside General Atomics' FQ-42A Dark Merlin. The Air Force said the acceleration reflected that both aircraft "meet rigorous mission requirements and are ready for full-scale manufacturing."

This is the fastest a fighter program has gone from prototype to production in over 50 years. It's also the first time since the 1970s that a new company, not a legacy prime, has won a fighter aircraft program.

The production contract covers an initial lot of FQ-44 aircraft for continued testing and validation, with a structure for the Air Force to buy additional lots across the next several years. Air Force Secretary Troy Meink said the service plans to field "over 150 combat capable CCA by the end of the decade." The service requested nearly $1 billion in its FY2027 budget to begin procurement.

Anduril's Vice President for Autonomous Airpower, Mark Shushnar, said the company has been refining its production system in parallel with aircraft development for the past two years. The Arsenal-1 production line in Long Beach is active now, capable of delivering up to 150 aircraft per year in its current configuration. Everything on that line sits on wheels, a deliberate choice meant to let the team iterate on the production process without tearing down the line, or scale it when demand surges.

That factory capacity doesn't exist in a vacuum. Staff reliability engineer roles, the kind of positions that sit between design and the production floor, are listed at $165,000 to $253,000 a year. These aren't software-only hires. The FQ-44 is a physical aircraft that must be built, tested, and shipped at a pace no defense startup has attempted before.

The Air Force is also running a parallel competition on the software side, awarding autonomy contracts to Anduril, RTX's Collins Aerospace, and Shield AI. Anduril is the only company currently holding contracts on both the hardware and software sides of CCA Increment 1. Its Lattice for Mission Autonomy platform is compliant with the Pentagon's Autonomy Government Reference Architecture, meaning it can integrate with all Increment 1 CCA airframes, not just its own.

The Marines and Navy are pursuing their own CCA fleets in coordination with the Air Force, with the Marines planning to field Kratos MQ-58 Valkyrie drones by 2029. But the Air Force is ahead, and the split-buy of two very different airframes, General Atomics' Dark Merlin and Anduril's Fury, suggests the service wants vendor diversity from the start rather than locking into a single contractor.

For Long Beach, the math is straightforward: 150 aircraft per year, a production line already running, and a defense-industrial labor market where Anduril is competing directly with SpaceX and Lockheed for the same welders, composites technicians, and systems integrators. The 5,500-job target isn't aspirational. It's what the line demands if the Air Force actually buys at the scale it's promised.

Long Beach as a Global Defense Node

The Sydney facility opened just seven weeks after the Royal Australian Navy handed Anduril a A$1.7 billion Program of Record for its Ghost Shark XL-AUV, a timeline that says more about Anduril's production ambitions than any press release. The site is already running low-rate initial production, with full-scale manufacturing targeted for 2026. Australia is buying undersea drones at a pace that demands physical factory output, not PowerPoint timelines.

That demand is what Long Beach is built to absorb. Anduril's 1.18-million-square-foot campus was announced explicitly to support growing demand from the U.S. military and allied partners. The company kept its Costa Mesa headquarters. This is not a satellite. It is a production hub sized for export.

The Ghost Shark program sits at the center of Australia's maritime autonomy push, designed to complement the Royal Australian Navy's future surface and submarine fleets with long-range undersea deterrence across the Indo-Pacific. Anduril's Sydney factory will produce both the military Ghost Shark and the commercial Dive-XL baseline, meaning the same production line feeds two revenue streams, one from Canberra, one from the open market. That dual-use model is the template. Long Beach is the scale-up.

The campus's machine shops, testing facilities, and fabrication equipment on site, co-located with software and flight test teams, reflect a design philosophy where hardware iteration happens at software speed. That matters when a customer in Sydney or Tel Aviv needs a hardware revision in weeks, not quarters.

The export math is straightforward: allied partners want autonomous systems, Anduril needs a facility large enough to build them at volume, and Southern California offers both a deep aerospace labor pool and port access for global shipping. Long Beach checks all three boxes. The 5,500 jobs the campus will eventually support are not just a domestic hiring surge; they are the workforce behind a defense export platform that turns software-defined warfare into physical hardware bound for multiple allied fleets.

Can Anduril Actually Hire 5,500 People?

The number is 5,500, new jobs, not transfers, at a single campus expected to open in mid-2027. Palmer Luckey told TechCrunch the roles will span manufacturing workers, technicians, assembly workers, engineers across electrical, mechanical, and aerodynamics disciplines, plus logistics staff to ship hardware worldwide.

That ambition collides with a labor market that is already tight. The aerospace and defense sector faces a projected shortfall of approximately 120,000 skilled workers by 2025, according to estimates cited across industry analyses. Engineering roles, particularly systems and aerospace, represent the highest demand, with job postings expected to climb 30 percent over the next two years. Attrition in the sector held at nearly 15 percent in 2024, more than double the average across other U.S. industries.

Anduril is not the only company fishing in the same pool. SpaceX's Hawthorne complex continues to hire aggressively, 119 roles added in the past week alone on Zero G Talent's board, from propulsion fluids analysts to second-shift plumbing and HVAC technicians. Lockheed Martin, Northrop Grumman, and a second wave of startups including Shield AI and Saronic are all competing for cleared engineers, manufacturing technicians, and software developers in the same Southern California corridor. Anduril's own Costa Mesa headquarters is simultaneously listing new roles, meaning the company is trying to fill both campuses at once.

The Long Beach location is a calculated bet on a specific labor history. The city's Douglas Park industrial zone, where Sares Regis Group will build the campus on leased land, was a hub for B-17 production in World War II and later the C-17 Globemaster III. Anduril co-founder Matt Grimm pointed to that legacy, calling the concentration of aerospace expertise in Long Beach and neighboring communities "truly remarkable." Mayor Rex Richardson has leaned into the branding, touting "Space Beach" as the city's new identity alongside Rocket Lab, Vast, and JetZero.

But the gap between a press release and a staffed factory floor is wide. Anduril's Ohio Arsenal-1 facility, a separate $1 billion manufacturing plant using shared commercial tooling for all its autonomous vehicles, is set to open in 2025. The Long Beach campus adds R&D, prototype manufacturing, and office space to that footprint. The company's hiring plan assumes it can recruit roughly 5,500 people in a region where every defense contractor and space startup is competing for the same cleared and credentialed workers, and where California's cost of living pushes compensation expectations higher than in Ohio or Texas.

The signal the expansion sends is less about the raw job count and more about the concentration. A single site combining software development, prototype manufacturing, and logistics for autonomous weapons systems (drones, missiles, robotic submarines, and eventually semi-autonomous fighter aircraft) represents a deliberate bet that the future of defense production looks more like a Gigafactory than a Pentagon procurement cycle. Whether the Long Beach labor market can supply 5,500 workers on that timeline will determine whether that bet pays off, or whether the most ambitious defense-manufacturing experiment in a generation stalls on the hiring line.

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