The New England Landing Zone: Where Allied Defense Suppliers Build Their US Operations

By the time an allied manufacturer decides to enter the US market, the courting has started. A site-selection consultant has a shortlist. Two or three state economic development offices have sent packages. Every one of them is built on the same spine: square footage, labor rates, utility costs, tax treatment, and an incentives number at the bottom in bold.

Those numbers are real and they are not dishonest. They answer a question, and a good site selector will answer it faster than you will. The question they answer is which building you should take.

The question none of those packages answers is whether the operation inside the building will work. Whether the floor can hold controlled technical data without an export violation. Whether an assessor will accept the evidence you can actually produce. Whether the prime that triggered this whole move will qualify you before your window closes. A site-selection firm hands over a building and an incentives package. Nobody in that tier operates inside the four walls afterward.

So the location decision gets made on the variables that are easy to put in a column, and the variables that decide the outcome get discovered in month seven. I have watched that sequence. It is expensive, and it is avoidable, and avoiding it starts with asking the corridor a different question.

Strip out the incentives and ask what a US defense operation actually consumes in its first two years. The list is short, and almost none of it is on the spreadsheet.

Qualifying-country status is not on the list either. It is a procurement preference on your end products under a reciprocal defense-procurement agreement with the Department of Defense, and it is worth having. It does not waive ITAR, it does not waive CMMC, and it has nothing to say about where your floor should go.

Regional pitches deal in adjectives. Here are addresses.

Start with the anchor. BAE Systems sits at 65 Spit Brook Road in Nashua, New Hampshire. Its two Nashua locations hold the Electronic Systems headquarters and the Richard Reed Microelectronics Center, a 100,000 square foot facility with a wafer fabrication foundry, a module development factory, RF test laboratories, and an advanced microwave assembly factory. Across Nashua, Hudson, Manchester, and Merrimack, BAE Systems staffs more than 6,500 employees. Merrimack holds environmental test facilities and a laser test range. Hudson holds over 550,000 square feet of manufacturing and office space. The New Hampshire sites carry C4ISR, electronic warfare, countermeasures, precision strike and sensing, and the FAST Labs research organization. Read that as an operator: this is not a regional sales presence. It is a segment headquarters with a fab in it.

Collins Aerospace, an RTX business, is at 121 Technology Drive in Durham. Then the sub-tier, which is the part of the corridor that actually decides your supplier qualification timeline:

Every company in the previous section is a member entry in one place: the New Hampshire Aerospace and Defense Consortium directory. It runs to roughly ninety organizations. I recommend an hour with it, because it is the corridor's actual inventory rather than a brochure about the corridor. Not every entry is a manufacturer. Some are banks, builders, and trade bodies. The manufacturers are the point, and there are enough of them, in enough adjacent towns, that the density argument stops being an adjective.

Look at the towns in that list. Nashua, Hudson, Merrimack, Manchester, Milford, Bedford. Those are neighbors inside one commuting radius, not a set of pins scattered across a state. A supplier in Milford and a prime engineer in Nashua can be in the same room before lunch and still both get a full day of work done. That is a real operating property, and it does not survive being converted into a number on a scorecard.

My own company is in that directory. ARC Technology Solutions is at 165 Ledge Street in Nashua, building automated test equipment and build-to-print electromechanical hardware for DoD and aerospace customers, and selling into the prime tier. I am its CEO. That is not a credential I am asking you to take on faith. It is an address in the same city as BAE's Electronic Systems headquarters.

The corridor's edges run wider than its Southern New Hampshire core, and honesty requires saying where. Visible Assets in Stratham builds RuBee magnetic-wireless asset visibility for DoD and Department of Energy customers, and co-developed sensitive-item tracking with Lockheed Martin. EMC Technologies in Fall River, Massachusetts, is an ITAR-registered electromechanical contract manufacturer of functional test fixtures and interface test adapters for military aircraft and multinational missile programs. Fall River is on the SouthCoast, well outside the Boston-to-Nashua spine. It belongs in the picture as evidence of how deep the New England defense base runs, not as a claim that everything is twenty minutes away.

The strongest argument for this corridor is not that I like it. It is that allied manufacturers already chose it, at every scale, and their operations are still here.

Start with the largest, because it is the one that should change how you read your own situation. BAE Systems, Inc. is a Delaware corporation that has mitigated its foreign ownership through a Special Security Agreement between the US Government, BAE Systems, Inc., and BAE Systems plc, with a Government Security Committee of outside and US-based directors overseeing security and export compliance. Read that with your own board's fears in mind. The company whose Electronic Systems headquarters, microelectronics fab, and 6,500 New Hampshire employees anchor this corridor is a British-parented business operating under the exact class of FOCI instrument your counsel is drafting right now. The corridor did not merely tolerate a foreign-parented defense operation. It grew its anchor around one.

Galvion opened its US headquarters in Portsmouth, New Hampshire, a 44,000 square foot building holding engineering teams, prototyping workshops, and its Warfighter Lab. The company's operations began in Montreal in 2002 as Revision, and the Montreal design and development center is still running. Its power and data management products and advanced coatings operations run out of Marlborough, Massachusetts. New Hampshire's own economic development agency counts Galvion among the state's foreign direct investment. Look at the shape of that: design and development at home, US engineering headquarters and US-facing operations in this corridor. That is the two-flag operating structure, already built, by a company that started where a Canadian parent starts.

Then the one I know from the inside. GEFRAN is an Italian sensor and automation multinational headquartered in Provaglio d'Iseo, in the province of Brescia, listed on Borsa Italiana and still controlled by the founding Franceschetti family. Its US site at 400 Willow Street in North Andover, Massachusetts, roughly twenty-five miles north of Boston, is a production plant and commercial sales organization, not a sales office. Gefran markets its melt pressure sensors as made in North Andover with US-based support. I ran GEFRAN's North America operations. So when I say a Brescia parent can run a real manufacturing plant in this corridor, I am not modeling it from a case study. I did it.

The state keeps count of the pattern. New Hampshire's Department of Business and Economic Affairs reports foreign direct investment in the state comprising 186 companies from 24 countries across 45 industries, directly supporting 43,900 jobs, and it names Galvion, Lonza, and BAE Systems among the multinationals expanding there. You would not be the first parent to make this move. You would be joining a pattern the state already tracks.

You are going to fact-check this paper. Here is the fact-check, first, from me.

The most visible German defense move into the US did not concentrate in this corridor. American Rheinmetall achieved CMMC Level 2 certification across all six of its US manufacturing plants in April 2026. Four of those six are in Michigan. The US corporate parent sits in Vienna, Virginia. Somebody will hand you that as the counter-argument to this entire paper.

It is a good fact, and it argues for something narrower than it looks. A US headquarters near Washington is a decision about program offices, customer access, and the parts of the business that live in meetings. That is a real decision and Virginia usually wins it. Where the metal gets cut is a different decision, made against different constraints: the engineering customer, the supply base, and the people you can hire. Those two decisions get made in the same board meeting, and they are not the same decision. Watch for the advisor who collapses them. Rheinmetall did not collapse them. Read the release rather than the headline and you find the corporate parent in Virginia and the certified plants in Maine, Michigan, and Ohio, four of the six in Michigan, where ground vehicles at volume belong, and one of them in Biddeford, Maine. Each decision went where its own constraints pointed. That is this paper's argument, made by the company you were about to use against it. Note also what the story proves on the point that matters most to you: a German-parented US operation completed the CMMC Level 2 build across its entire manufacturing footprint, final audit closed in February. The compliant operation is not theoretical. It is done.

The corridor also does not win on cost. Southern New Hampshire and Greater Boston will not be the cheapest square footage or the cheapest labor on your shortlist, and an advisor who tells you otherwise is selling. New Hampshire's economic development agency promotes a low tax burden and ranks the state first in the country for business friendliness, which is fair enough as far as it goes, and it is the least interesting reason to choose this corridor. If the deciding variable in your model is cost per square foot, another state wins, and you should let it.

And the corridor is right for a profile, not for everyone. It is right for sensor, electromechanical, precision, and defense-electronics manufacturers whose customers are the engineering organizations already here. If your program is shipbuilding, or ground vehicles at volume, or if the prime line you are feeding sits in Texas or Alabama, then the density that makes this corridor valuable is density around somebody else's customer. I will tell you that in the first conversation, before you have spent anything.

Here is the reframe the whole paper is for. The instinct of a parent entering the US market is to treat location as a constraint to be minimized: find the cheapest compliant place, put the building there, get on with the real work. For this profile, that instinct is backwards. The corridor is not the cost of the operation. It is the asset the operation is built on.

What you acquire when you land here is proximity to the engineering organizations that specify your parts, a supply base that already carries your compliance flowdown, a hiring pool that has held CUI before, and a two-flag precedent set at every scale from a 44,000 square foot Portsmouth headquarters to a British-parented anchor running under a Special Security Agreement. Those things are not portable. You cannot buy them in a cheaper state and ship them in with the machines. They are the product.

Standard Work 2.0 is the operating system I install: IT and OT convergence, margin engineering, human-in-the-loop, and the sovereign tier that hardwires ITAR and CMMC into the daily build. The corridor is where I install it, and my base in Brookline, New Hampshire, is inside it. The prime relationships, the supplier fluency, and the regional knowledge are not adjacent to the work. They are what a Brescia or an Ontario parent is buying: an operator already standing where you are landing.

Clear lines make this work, so here are mine.