In a remarkable shift from its historical roots, Detroit, Michigan, once renowned as the “Arsenal of Democracy” during World War II, is now a hub for cutting-edge military technology. The Detroit Arsenal in Warren, Michigan, has transitioned from traditional manufacturing to pioneering methods such as 3D printing, robotics, and virtual reality to expedite the development of advanced weaponry.
During a recent visit to Detroit, Army Secretary Dan Driscoll engaged with several innovative companies aiming to revolutionize the defense industry. Traditionally dominated by large contractors, this sector is now opening its doors to smaller, tech-driven firms. Driscoll’s tour included the Ground Vehicle Systems Center (GVSC) and a visit to the Newlab venture hub in downtown Detroit, which supports startups in the defense sector.
Senator Elissa Slotkin, who accompanied Driscoll, emphasized Michigan’s critical role in military manufacturing, stating, “Basically 60% of what an Army soldier drives or shoots comes out of Michigan.” Slotkin highlighted the importance of initiatives that enable rapid prototyping and manufacturing of defense technology using advanced tools like virtual reality, which helps to “shorten the string between having an idea and fielding it.”
Newlab Detroit, part of the Michigan Central innovation district, is a significant player in this transformation. Backed by a billion-dollar investment led by Ford Motor Company, Newlab aims to move ideas swiftly from prototypes to manufacturing, fostering innovation in defense technology.
In a conversation with Defense News, Slotkin highlighted the unique blend of traditional manufacturing skills and modern technology in Michigan: “It’s the perfect marriage of Michiganders having the best manufacturing tradition in the country; fifth- and sixth-generation tradesmen, building precision tools with AI and tech of the future.”
The Army’s recent strategic shifts have had a notable impact on Michigan’s defense industry. The cancellation of the M10 Booker light tank project by General Dynamics Land Systems in Sterling Heights is a significant example. Despite substantial investment, the Army decided to terminate the program, citing the “sunk cost fallacy” as a factor. Driscoll remarked, “This concept of sunk cost fallacy, it is a thing that human beings generally struggle with, which is if you’ve invested a lot in the past, and we do this in our personal lives, you get anchored to things that are suboptimal for the future.”
The Army is also scaling back orders for the Armored Multipurpose Vehicle and the Paladin Improved Management howitzer, focusing instead on lighter, more mobile capabilities. This includes significant investment in the Infantry Squad Vehicle developed by GM Defense in Michigan, set to receive approximately $300 million.
Furthermore, the Army Transformation Initiative calls for a 38% reduction in ground system science and technology funding, which affects the GVSC’s operations. The Army plans to invest over $200 million in robotics development to enhance autonomous capabilities.
GVSC is also at the forefront of maintaining battlefield readiness. Slotkin shared an example where the center reverse-engineered and 3D printed tubing for the Patriot air and missile defense system in just 45 days, a significant improvement from the supplier’s 900-day timeline. “900 days versus 45 days is what the speed of warfare is in 2025,” she remarked.
As the Army pushes for quicker adoption of innovative technology, Slotkin emphasized the need for policy changes to support these advancements, pointing out Congress’s role in the defense acquisition process. “We have to be honest that Congress has a role in making [defense] acquisition really screwed up,” she stated.
Driscoll’s visit and the ongoing transformation efforts highlight Michigan’s evolving role in military innovation, positioning the state as a leader in the defense industry’s future.
