Anduril's Rhode Island Factory Will Build 200 Underwater Drones a Year — and It's Hiring 160 People This Week to Do It
The Quonset Point Factory Signal
Anduril Industries is opening a production facility at Quonset Point, Rhode Island, in 2025 — a move built around a single number: 200. That's how many autonomous underwater vehicles the company says the factory will produce per year, a scale that would make it one of the largest dedicated AUV manufacturing sites in the country.
The facility centers on Anduril's Dive-LD family of unmanned underwater vessels. The Navy deal that triggered the expansion is an $18.6 million contract for five Dive AUVs as part of a prototyping effort, announced by Anduril in early 2025. The contract is modest by defense-program standards, but the factory it justifies is not. Anduril has said the Quonset Point site will create more than 100 jobs over the next five years — a figure that, combined with the production target, signals the company is building for volume, not just prototypes.
Zero G Talent's job board lists 160 Anduril roles added in the past seven days alone, including a Senior Manufacturing Test Engineer position based in Quonset, Rhode Island. The Rhode Island buildout is happening at the same time the company is expanding operations in California, suggesting Anduril is staging a multi-site manufacturing push to meet what it sees as accelerating demand across autonomous defense systems, underwater and otherwise.
What the Hiring Surge Actually Looks Like
Anduril's Quonset Point operation isn't just building Dive-LD AUVs — it's assembling the workforce to mass-produce them. The company's Rhode Island job postings read like a blueprint for what it takes to move autonomous underwater vehicles from prototype to production line.
The most visible opening is for a Manufacturing Engineer based in Quonset, RI. The role covers Design for Manufacturability, tool design and selection, process creation and optimization, vendor sourcing, quality planning, and work instruction development. In plain terms: this person figures out how to build Dive-LDs repeatedly, reliably, and at volume — not just hand-build one-off units in a lab.
That single posting signals a shift in what Anduril needs. Early-stage defense hardware companies typically hire for R&D and integration. A dedicated manufacturing engineer role means the Dive-LD has crossed into production engineering, where the problems are tolerances, supply chains, and repeatability rather than proof-of-concept demos.
The broader picture extends well beyond Rhode Island. Anduril is hiring an NDT Inspector Level III and a Metrology Engineer, both in Santa Ana, California — roles that exist to verify structural and dimensional integrity of manufactured hardware at scale. Stack these positions together and a technical stack emerges: electrical test engineering to validate each vehicle's sensor and navigation systems before deployment, non-destructive testing to inspect hulls and pressure vessels without tearing them apart, metrology to keep parts within spec across hundreds of units, and manufacturing engineers who can translate a design into a repeatable factory process.
This is the hiring profile of a company that expects to build AUVs in batches, not onesies. The Navy's $18.6 million contract is the reason. The roles are what it costs to fulfill it.
| Role | Location | Salary Range |
|---|---|---|
| Senior Manufacturing Test Engineer | Quonset, RI | $111,000–$147,000 |
| NDT Inspector Level III | Santa Ana, CA | $191,000–$253,000 |
| Metrology Engineer | Santa Ana, CA | $129,000–$171,000 |
Why the Navy Is Betting on AUVs at Scale
The contract that underpins Anduril's Quonset Point facility didn't arrive in a vacuum. It sits inside a budget pivot so sharp it rewrites the Pentagon's posture on unmanned warfare. The FY2026 defense budget request set aside $13.4 billion for autonomy and autonomous systems across the Department of Defense — a line item that didn't exist as a consolidated category before. The Navy's share alone is $5.3 billion, a $2.2 billion jump from the previous year, according to Army Recognition's analysis of the budget request.
To grasp the scale of that shift, consider the comparison one defense analyst made: the Pentagon's entire drone and autonomous systems budget in fiscal 2025 was roughly $300 million. The FY2027 request represents a 237-fold increase in a single budget cycle. That's not incremental modernization. That's a build-out.
The Dive-LD fits this thesis cleanly. The vehicle is a large-diameter AUV with modular payloads, 10-day endurance, and a 6,000-meter depth rating — specs that make it useful for mine warfare, seabed warfare, surveillance and reconnaissance, and seafloor mapping. The Defense Innovation Unit selected Anduril for the XL-AUV program specifically because Dive-LD had already proven itself as a platform the Navy could integrate into operational missions rather than treat as a science experiment. Anduril delivered its first Dive-LD to the Navy's Unmanned Undersea Vehicle Squadron 1 in April 2025, a milestone the company announced publicly.
The Navy's budget document frames the spending as prioritizing "autonomous systems, artificial intelligence, and cyber capabilities to enhance decision-making speed, operational flexibility, and lethality." That language matters. It signals the service isn't buying AUVs as one-off gadgets — it's building an ecosystem where autonomous undersea vehicles feed data into faster kill chains and reduce the risk to crewed submarines.
Anduril's track record in Australia accelerated the bet. The company won a program of record with the Royal Australian Navy for Ghost Shark, an extra-large autonomous undersea vehicle, and delivered it on timelines traditional defense programs couldn't match, Naval News reported. That execution record gave DIU and the U.S. Navy confidence that Anduril could scale production rather than stall in prototyping.
What this means for workforce demand is straightforward: mass-producing AUVs requires manufacturing engineers, test technicians, quality inspectors, and systems integrators — not just the software teams that get the headline attention. The Pentagon's budget creates the demand signal. Anduril's Quonset Point factory is the supply response. And the people who can build, test, and integrate these systems at scale are the bottleneck both sides are racing to solve.
How Quonset Point Became an Undersea-Tech Hub
Anduril's decision to build its Dive-LD production line at Quonset Point didn't land in a vacuum. The former Naval Air Station, decommissioned in 1994 and converted into a mixed-use industrial park, already housed a cluster of marine-defense contractors and advanced-manufacturing shops before Anduril arrived. What's changed is the density. The facility is pulling suppliers, workforce programs, and smaller contractors into a tighter orbit around autonomous-underwater production.
The state's defense-infrastructure pipeline is built for exactly this kind of absorption. Rhode Island's Commerce Corporation has pushed Quonset Business Park as a landing pad for advanced manufacturing, offering tax incentives and fast-tracked permitting for defense tenants. The park already hosts more than 200 businesses employing roughly 6,000 workers, a base that gives Anduril access to machinists, welders, and composite fabricators who've spent decades building components for the Navy's surface fleet. That workforce overlap matters: the skills required to lay up a pressure hull for an AUV aren't far from those used in marine fabrication, and the gap can be closed with targeted retraining rather than a greenfield hiring spree.
On the education side, the Community College of Rhode Island and the University of Rhode Island's ocean engineering program sit within a two-hour drive of Quonset Point. URI's program, one of the older ocean-engineering departments in the country, has historically fed talent into the Navy's submarine operations at nearby Naval Station Newport. Anduril's presence gives those graduates a second major employer in the same corridor, one building autonomous systems rather than crewed vessels. That dual demand (Navy submarine work on one side, AUV production on the other) is tightening the local labor market for controls engineers, embedded-systems developers, and acoustic-signal-processing specialists.
The knock-on effect is showing up in supplier behavior. Smaller Rhode Island shops that traditionally serviced surface-ship components are now quoting work for AUV subassemblies, pressure vessels, and sensor housings. None of this is announced with press releases. It shows up in job postings, lease agreements at Quonset Business Park, and the quiet reallocation of engineering headcount from legacy programs to autonomous-systems work. Quonset Point isn't becoming a hub because someone declared it one. It's becoming one because the work is already there.
The Broader Autonomous-Defense Hiring War
Anduril's Rhode Island push doesn't exist in isolation. The company is running a multi-front hiring campaign that stretches from the ocean floor to factory floors across multiple states — and the numbers on Zero G Talent's board make the scale hard to ignore. In the past seven days alone, Anduril added 160 roles to the platform, a pace that dwarfs most defense primes and signals something unusual: one company pulling talent across multiple autonomous domains at the same time.
The Quonset Point AUV operation is one node. Anduril's simultaneous expansion into collaborative combat aircraft (CCA) production (centered on its growing Ohio footprint) represents another, drawing from a largely overlapping talent pool. Manufacturing test engineers, quality specialists, and systems integrators are the connective tissue between building underwater drones and building autonomous aircraft. The job postings tell the story: a Senior Manufacturing Test Engineer in Quonset, a Metrology Engineer in Santa Ana, a Quality Engineer in Costa Mesa. These aren't siloed teams. They're one workforce being stretched across air, sea, and the software that ties them together.
That overlap is the real story. Defense contractors have always hired in waves, but those waves typically follow a single program — a new fighter, a new ship class. Anduril is hiring for AUVs, CCAs, and the sensor-and-AI backbone that runs on both, all at once. The company's recruiting machine is built for speed: roles appear on the board with salary ranges already set. Those aren't exploratory listings. They're production-critical positions the company needs filled to hit delivery timelines.
The effect on the broader defense labor market is already visible. Mid-career manufacturing and quality engineers (the people who know how to move a prototype into sustained production) are in short supply, and Anduril is competing for them against Lockheed, Northrop, and a swarm of well-funded startups. The difference is that Anduril is asking those engineers to work across domains. A hydraulic assembly technician in Santa Ana might support AUV pressure-hull integration one quarter and shift to CCA airframe work the next. That kind of cross-domain demand is new, and it's reshaping what a defense-manufacturing career looks like.
For anyone tracking where the autonomous-defense workforce is heading, the signal is clear: the hiring war isn't about one platform or one location. It's about companies that can operate across air, surface, and undersea simultaneously — and Anduril is building the recruiting engine to prove it.
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