On August 12, 2026, Virginia Gov. Abigail Spanberger announced that Defense Maritime Solutions (DMS) will invest more than $30 million to expand its operations in Chesapeake, Virginia. The project will add 32 jobs. On its face, that’s a modest, local economic-development story, the kind of announcement that runs in a regional business paper and is forgotten by Friday.
Look closer, though, and it points to something bigger. The United States, Canada, and Finland are quietly rebuilding a piece of the defense industrial base that had drifted overseas. And they’re doing it at a moment when who can build a ship and where its parts come from has become a matter of national strategy, not just cost.
What’s Actually Happening
DMS is a wholly owned subsidiary of Wärtsilä, the Finnish marine technology giant. Today, DMS builds and services the supporting parts of a ship’s propulsion system out of its Chesapeake headquarters: gearboxes, shaft lines, seals, bearings, propellers, rudder systems. The actual engines, the heavy machinery that does the work, have historically been manufactured in Finland and shipped over.
That’s what’s changing. DMS has purchased about six acres next to its existing Chesapeake facility. It will build new manufacturing space there, plus a specialized “test cell” capable of running finished engines through factory acceptance testing before they ship to customers. The goal is full U.S.-based manufacturing, assembly, integration, testing, and lifecycle support for Wärtsilä’s medium-speed marine engines. These are big machines, ranging from about 1 to 10 megawatts. Physically, they run anywhere from the size of a 10-foot box truck to a 53-foot tractor-trailer.
DMS President Noble Davidson says the facility could eventually move over 100 megawatts of engine power a year, with room to scale further. Construction and workforce buildout are expected to take 18 months to two years. The first U.S.-built engine is targeted for delivery in 2028.
Right now, there’s only one other domestic supplier building marine engines at this size and scale for the defense market: Wisconsin-based Fairbanks Morse Defense. This investment gives the U.S. Navy, Coast Guard, and Military Sealift Command a second real option.
Who’s Involved
The obvious players are Wärtsilä (Finland) and DMS (Chesapeake, Virginia, with additional sites in Poulsbo, Washington, and San Diego, California). But the real context is a three-country relationship.
In July 2024, the United States, Canada, and Finland signed onto the Icebreaker Collaboration Effort, known as the ICE Pact, a trilateral agreement to strengthen allied shipbuilding capacity. A formal joint statement of intent followed in November 2025. The pact rests on four ideas: share information and technology, build a skilled shipbuilding workforce, encourage allied nations to buy icebreakers built in each other’s yards, and pursue joint research and development.
The U.S. Coast Guard’s Arctic Security Cutter Program has already picked its designs. A Seaspan/Aker Arctic team, a Canadian shipbuilder paired with a Finnish naval architecture firm, is building six cutters. A Chantier Davie/Helsinki Shipyard team, using a design called the MPPS-100, is building five more. DMS already supplies equipment for the Coast Guard’s related Polar Security Cutter program, and it’s in talks with the Arctic program’s shipyards about supplying additional equipment.
Davidson has been direct about the logic: Finland leads the world not just in icebreaker construction, but in the engines and systems that make those ships work in Arctic conditions. This investment is one of the more concrete ways that expertise gets transferred into U.S. production instead of staying an import.
Why These Three Countries, and Why Now
None of this is happening for its own sake. The backdrop is a widening gap in polar capability. Russia operates something like 40 icebreakers and keeps building more. The U.S. and Canada let their own fleets age for decades. China, despite having no Arctic coastline, has been expanding its own polar fleet and ambitions anyway.
Closing that gap alone would be slow and expensive for any one of these three countries. Together, it’s more workable. That’s the entire logic of the ICE Pact: pool Finland’s decades of icebreaker design expertise, Canada’s shipyards and Arctic operating experience, and America’s shipbuilding capacity and defense budget, rather than have each country try to rebuild polar shipbuilding from scratch on its own.
Canada’s stake in this is arguably even more direct than the DMS deal alone suggests. The Canadian Coast Guard’s icebreaking fleet is old and thin, about 18 vessels, next to Russia’s roughly 40. Canada has also watched Russia and China take a growing interest in Arctic shipping routes and resources that run through, or near, Canadian-claimed waters.
Under its National Shipbuilding Strategy, Canada has awarded a $3.25 billion contract to Chantier Davie (Lévis, Quebec) and a $3.15 billion contract to Seaspan (North Vancouver, B.C.) to build two new polar icebreakers of its own. Both are expected in the early 2030s and projected to create thousands of shipbuilding jobs. Notably, Seaspan’s design for those ships, developed with Finland’s Aker Arctic, is the same design now anchoring the U.S. Arctic Security Cutter program. Canadian engineering work, done under a Canadian government contract, is now also underpinning American Coast Guard shipbuilding.
For Canada, the ICE Pact isn’t just about being a good ally. It’s a way to modernize an aging fleet, assert Arctic sovereignty with real ships instead of just policy statements, and turn two of its shipyards, Davie and Seaspan, into recognized players in a market that used to belong to Russia and Finland alone.
It’s worth noting the partnership isn’t friction-free. Rhetoric from the Trump administration about Greenland has unsettled some Canadian officials and analysts. Their concern: the same Arctic Security Cutters being built with Canadian design help are, in theory, hardware the U.S. could someday use to project power into contested Arctic waters, including areas where the two countries don’t fully agree on maritime boundaries. That’s a real undercurrent, not a dealbreaker, and it hasn’t slowed the shipbuilding contracts down. But it’s a fair caveat to the idea that this is simply three allies working in lockstep. Canada is betting that deeper industrial integration with the U.S. protects its Arctic interests more than it exposes them. That bet is still being tested in real time.
The Hampton Roads Factor
Chesapeake sits inside Hampton Roads, home to the largest concentration of naval power in the world and anchored by Naval Station Norfolk, plus Newport News Shipbuilding, the country’s largest industrial shipyard. That geography isn’t incidental to this decision.
Davidson pointed to Hampton Roads’ existing skilled workforce and its dense network of marine suppliers as a bigger driver of the site choice than any single incentive package. DMS has operated in the region for more than four decades and isn’t interested in walking away from those relationships. Spanberger’s own framing of the deal called it a reinforcement of Hampton Roads as the nation’s “premier defense hub.” The region doesn’t just host Navy ships. Increasingly, it’s where the equipment that keeps those ships and Coast Guard and NOAA vessels running gets built, tested, and maintained, shortening the distance between a fleet’s home port and the industrial base that supports it.
Virginia’s economic development apparatus, including the Virginia Economic Development Partnership, the City of Chesapeake, and the Hampton Roads Alliance, worked to secure the project. The state approved a $300,000 performance-based investment grant, plus workforce training support through the Virginia Jobs Investment Program.
Who This Affects
Most directly, this affects the U.S. Navy, Coast Guard, Military Sealift Command, and NOAA, all current DMS customers who stand to gain a second domestic source for engines that previously had to be imported.
It affects the roughly 140 people DMS currently employs, 119 of them already in Chesapeake, plus the 32 new hires expected in manufacturing, engineering, and test-cell roles. It affects Wärtsilä’s global footprint, giving the Finnish company a genuine U.S. manufacturing presence rather than just a sales and service relationship. And through the ICE Pact, it affects Canadian and Finnish shipyards competing for allied Arctic vessel contracts, who now have a more capable, more integrated American supply chain to build alongside.
What It Signals for Trade and Compliance
The deeper story is about where defense-critical manufacturing is allowed to happen at all. Federal shipbuilding contracts increasingly require domestically manufactured components, not just domestically assembled ships. That distinction matters a great deal to a company like DMS, whose engines were, until now, foreign-made even when the rest of the ship was built in the U.S. This kind of domestic-content requirement is becoming more common across defense procurement. It rewards companies that can prove a real, auditable U.S. manufacturing footprint, not a badge-engineered one.
It’s also a preview of how “allied” is starting to function as its own compliance category. The ICE Pact doesn’t ask Finland or Canada to compete with U.S. industry. It asks them to embed inside it, through joint ventures, technology transfer, and preferential purchasing among the three countries.
For companies operating anywhere near U.S. defense or maritime supply chains, that’s a trend worth tracking closely. National-security-driven reshoring isn’t just about tariffs on adversary countries anymore. It’s increasingly about which allied companies get treated as trusted enough to build the parts that matter, and which get left outside that circle. A modest $30 million expansion in a Virginia industrial park is a small, concrete example of exactly how that sorting is happening in practice.
On August 12, 2026, Virginia Gov. Abigail Spanberger announced that Defense Maritime Solutions (DMS) will invest more than $30 million to expand its operations in Chesapeake, Virginia. The project will add 32 jobs. On its face, that’s a modest, local economic-development story, the kind of announcement that runs in a regional business paper and is forgotten by Friday.
Look closer, though, and it points to something bigger. The United States, Canada, and Finland are quietly rebuilding a piece of the defense industrial base that had drifted overseas. And they’re doing it at a moment when who can build a ship and where its parts come from has become a matter of national strategy, not just cost.
What’s Actually Happening
DMS is a wholly owned subsidiary of Wärtsilä, the Finnish marine technology giant. Today, DMS builds and services the supporting parts of a ship’s propulsion system out of its Chesapeake headquarters: gearboxes, shaft lines, seals, bearings, propellers, rudder systems. The actual engines, the heavy machinery that does the work, have historically been manufactured in Finland and shipped over.
That’s what’s changing. DMS has purchased about six acres next to its existing Chesapeake facility. It will build new manufacturing space there, plus a specialized “test cell” capable of running finished engines through factory acceptance testing before they ship to customers. The goal is full U.S.-based manufacturing, assembly, integration, testing, and lifecycle support for Wärtsilä’s medium-speed marine engines. These are big machines, ranging from about 1 to 10 megawatts. Physically, they run anywhere from the size of a 10-foot box truck to a 53-foot tractor-trailer.
DMS President Noble Davidson says the facility could eventually move over 100 megawatts of engine power a year, with room to scale further. Construction and workforce buildout are expected to take 18 months to two years. The first U.S.-built engine is targeted for delivery in 2028.
Right now, there’s only one other domestic supplier building marine engines at this size and scale for the defense market: Wisconsin-based Fairbanks Morse Defense. This investment gives the U.S. Navy, Coast Guard, and Military Sealift Command a second real option.
Who’s Involved
The obvious players are Wärtsilä (Finland) and DMS (Chesapeake, Virginia, with additional sites in Poulsbo, Washington, and San Diego, California). But the real context is a three-country relationship.
In July 2024, the United States, Canada, and Finland signed onto the Icebreaker Collaboration Effort, known as the ICE Pact, a trilateral agreement to strengthen allied shipbuilding capacity. A formal joint statement of intent followed in November 2025. The pact rests on four ideas: share information and technology, build a skilled shipbuilding workforce, encourage allied nations to buy icebreakers built in each other’s yards, and pursue joint research and development.
The U.S. Coast Guard’s Arctic Security Cutter Program has already picked its designs. A Seaspan/Aker Arctic team, a Canadian shipbuilder paired with a Finnish naval architecture firm, is building six cutters. A Chantier Davie/Helsinki Shipyard team, using a design called the MPPS-100, is building five more. DMS already supplies equipment for the Coast Guard’s related Polar Security Cutter program, and it’s in talks with the Arctic program’s shipyards about supplying additional equipment.
Davidson has been direct about the logic: Finland leads the world not just in icebreaker construction, but in the engines and systems that make those ships work in Arctic conditions. This investment is one of the more concrete ways that expertise gets transferred into U.S. production instead of staying an import.
Why These Three Countries, and Why Now
None of this is happening for its own sake. The backdrop is a widening gap in polar capability. Russia operates something like 40 icebreakers and keeps building more. The U.S. and Canada let their own fleets age for decades. China, despite having no Arctic coastline, has been expanding its own polar fleet and ambitions anyway.
Closing that gap alone would be slow and expensive for any one of these three countries. Together, it’s more workable. That’s the entire logic of the ICE Pact: pool Finland’s decades of icebreaker design expertise, Canada’s shipyards and Arctic operating experience, and America’s shipbuilding capacity and defense budget, rather than have each country try to rebuild polar shipbuilding from scratch on its own.
Canada’s stake in this is arguably even more direct than the DMS deal alone suggests. The Canadian Coast Guard’s icebreaking fleet is old and thin, about 18 vessels, next to Russia’s roughly 40. Canada has also watched Russia and China take a growing interest in Arctic shipping routes and resources that run through, or near, Canadian-claimed waters.
Under its National Shipbuilding Strategy, Canada has awarded a $3.25 billion contract to Chantier Davie (Lévis, Quebec) and a $3.15 billion contract to Seaspan (North Vancouver, B.C.) to build two new polar icebreakers of its own. Both are expected in the early 2030s and projected to create thousands of shipbuilding jobs. Notably, Seaspan’s design for those ships, developed with Finland’s Aker Arctic, is the same design now anchoring the U.S. Arctic Security Cutter program. Canadian engineering work, done under a Canadian government contract, is now also underpinning American Coast Guard shipbuilding.
For Canada, the ICE Pact isn’t just about being a good ally. It’s a way to modernize an aging fleet, assert Arctic sovereignty with real ships instead of just policy statements, and turn two of its shipyards, Davie and Seaspan, into recognized players in a market that used to belong to Russia and Finland alone.
It’s worth noting the partnership isn’t friction-free. Rhetoric from the Trump administration about Greenland has unsettled some Canadian officials and analysts. Their concern: the same Arctic Security Cutters being built with Canadian design help are, in theory, hardware the U.S. could someday use to project power into contested Arctic waters, including areas where the two countries don’t fully agree on maritime boundaries. That’s a real undercurrent, not a dealbreaker, and it hasn’t slowed the shipbuilding contracts down. But it’s a fair caveat to the idea that this is simply three allies working in lockstep. Canada is betting that deeper industrial integration with the U.S. protects its Arctic interests more than it exposes them. That bet is still being tested in real time.
The Hampton Roads Factor
Chesapeake sits inside Hampton Roads, home to the largest concentration of naval power in the world and anchored by Naval Station Norfolk, plus Newport News Shipbuilding, the country’s largest industrial shipyard. That geography isn’t incidental to this decision.
Davidson pointed to Hampton Roads’ existing skilled workforce and its dense network of marine suppliers as a bigger driver of the site choice than any single incentive package. DMS has operated in the region for more than four decades and isn’t interested in walking away from those relationships. Spanberger’s own framing of the deal called it a reinforcement of Hampton Roads as the nation’s “premier defense hub.” The region doesn’t just host Navy ships. Increasingly, it’s where the equipment that keeps those ships and Coast Guard and NOAA vessels running gets built, tested, and maintained, shortening the distance between a fleet’s home port and the industrial base that supports it.
Virginia’s economic development apparatus, including the Virginia Economic Development Partnership, the City of Chesapeake, and the Hampton Roads Alliance, worked to secure the project. The state approved a $300,000 performance-based investment grant, plus workforce training support through the Virginia Jobs Investment Program.
Who This Affects
Most directly, this affects the U.S. Navy, Coast Guard, Military Sealift Command, and NOAA, all current DMS customers who stand to gain a second domestic source for engines that previously had to be imported.
It affects the roughly 140 people DMS currently employs, 119 of them already in Chesapeake, plus the 32 new hires expected in manufacturing, engineering, and test-cell roles. It affects Wärtsilä’s global footprint, giving the Finnish company a genuine U.S. manufacturing presence rather than just a sales and service relationship. And through the ICE Pact, it affects Canadian and Finnish shipyards competing for allied Arctic vessel contracts, who now have a more capable, more integrated American supply chain to build alongside.
What It Signals for Trade and Compliance
The deeper story is about where defense-critical manufacturing is allowed to happen at all. Federal shipbuilding contracts increasingly require domestically manufactured components, not just domestically assembled ships. That distinction matters a great deal to a company like DMS, whose engines were, until now, foreign-made even when the rest of the ship was built in the U.S. This kind of domestic-content requirement is becoming more common across defense procurement. It rewards companies that can prove a real, auditable U.S. manufacturing footprint, not a badge-engineered one.
It’s also a preview of how “allied” is starting to function as its own compliance category. The ICE Pact doesn’t ask Finland or Canada to compete with U.S. industry. It asks them to embed inside it, through joint ventures, technology transfer, and preferential purchasing among the three countries.
For companies operating anywhere near U.S. defense or maritime supply chains, that’s a trend worth tracking closely. National-security-driven reshoring isn’t just about tariffs on adversary countries anymore. It’s increasingly about which allied companies get treated as trusted enough to build the parts that matter, and which get left outside that circle. A modest $30 million expansion in a Virginia industrial park is a small, concrete example of exactly how that sorting is happening in practice.
Authored by Alyanna Jones, International Trade Economist at Peacock Tariff Consulting.