COLUMN: The Virginia Engineers Who Are Reinventing Low-Cost Warfare

Building a Missile Like You’d Print an Object

The RAACM is manufactured using 3D printing, a method that would have seemed like science fiction just a decade ago. This technology eliminates the need for the heavy, complex machinery typically required to produce sophisticated weapons.

There is something almost poetic about this image: a military missile created using the same process that is now used to manufacture medical prosthetics or auto parts in workshops around the world.

This convergence of civilian and military technology both fascinates and worries me, as it blurs the boundaries I once took for granted.

A Weapon That Carries the Memory of a Battle

The airborne variant of the RAACM, nicknamed “Rusty Dagger,” has already struck targets on Russian territory, according to Russian reports cited by the Washington Times. This almost literary name carries within it all the symbolic weight of a conflict that has been shaking Europe for years.

It’s hard not to feel a twinge of sadness when you consider that this technology, born in a quiet Virginia workshop, has ended up flying over war zones where human lives hang in the balance every day.

The name “Rusty Dagger” haunts me a little: it serves as a reminder that every technical innovation ultimately affects real lives, somewhere on a battlefield.

An announcement made away from the spotlight

It was at the Farnborough Airshow in the United Kingdom that CoAspire announced its landmark contract with the Navy. No grand presidential speech, no televised ceremony: just a press release and engineers who finally know that their hard work is being truly recognized.

These moments of quiet triumph, far from the cameras, often tell the true story of innovation better than the grand, spectacular announcements we’re used to seeing in the defense industry.

I like to imagine these engineers receiving the news of the contract, far from the spotlight, with that quiet satisfaction of work finally being rewarded.

What the Conflict Revealed About Our Own Weaknesses

According to Defense News, the recent war against Iran has highlighted the U.S. military’s dangerous reliance on expensive munitions such as the Tomahawk. This revelation is more than just a budget figure: it represents a collective realization of our strategic vulnerability.

This finding could have remained buried in technical reports, but it directly spurred concrete decisions that are now affecting the professional lives of thousands of engineers and military personnel across the country.

I find it unsettling to see how a distant crisis can, in a matter of weeks, reshape the fate of entire companies and their employees.

The Stress of a Make-or-Break Presentation

As part of the GBAM side challenge, the selected teams will have only thirty minutes to convince the military evaluators during the November demonstration. Imagine the pressure on these engineers, with their months of work condensed into a decisive half-hour.

This almost cruel time constraint is reminiscent of those televised entrepreneurship competitions, except that here the stakes go far beyond money: the security of entire allied nations is at stake.

I can almost physically feel the stress these technical teams are under, knowing that thirty minutes will be enough to determine whether years of work will finally bear fruit.

One hundred units per month, real jobs

The GBAM program’s specifications require a production capacity of more than 100 units per month. Behind this technical figure lie real jobs, assembly lines, and families who depend directly on the success of these military contracts.

Every contract signed and every program launched translates into actual jobs in American factories—an economic reality too often overlooked amid strictly strategic discussions about missiles and ranges.

My thoughts are with those families whose daily lives will soon depend on the production pace of these new lines of affordable missiles.

Those who rely on this weapon for self-defense

According to Naval News, the CHAOS program is not primarily intended for the U.S. arsenal, but rather for allies and coalition partners. Somewhere, defense officials from partner nations are waiting for this technology to finally arrive in their arsenals.

One can imagine these Eastern European or Indo-Pacific allies—confronted by hostile, heavily armed neighbors—following with almost anxious attention every stage of development of this weapon, which is supposed to strengthen their deterrence capabilities.

I can’t help but think of these allied nations that are hoping—sometimes desperately—that this technology will arrive in time to bolster their security.

A Senior Official Advocating for a New Culture

Under Secretary of Defense Michael Duffey has personally championed this approach, explaining that the Pentagon is now “doing business differently,” according to the Washington Times. This phrase, seemingly almost mundane, embodies a profound cultural shift within an institution known for its slowness.

In these words, one senses the pride of a man who has been pushing for years for a military bureaucracy that is more agile, faster, and more attuned to realities on the ground than those of his predecessors.

I appreciate Duffey’s unabashed pride: it reflects a genuine human effort to transform an institution often criticized for its inertia.

A Promise Made Before Congress

Appearing before the Senate Subcommittee on Defense Appropriations, General Kenneth Wilsbach assured the committee that production of the Air Force’s low-cost missiles would begin as early as September. This is a public promise, made under oath, that puts his personal credibility on the line.

These congressional testimonies, often viewed as mere administrative formalities, actually carry the weight of genuine human commitments to the soldiers who will use these weapons.

I respect Wilsbach’s public statement: it commits him personally before elected officials—and thus, indirectly, before every American citizen.

A Transatlantic Supply Chain

CoAspire relies on subcontractors based in the United States and Europe to manufacture the components for its missile, according to information published on the company’s official website. This transatlantic dimension remains largely unknown to the general public.

These European partners—often small, specialized companies—quietly contribute to a collective defense effort that extends far beyond U.S. borders, embodying a form of industrial solidarity that is rarely celebrated publicly.

This discreet transatlantic cooperation strikes me as embodying exactly the kind of Western solidarity that we should value much more highly.

Working Under Constant Pressure

The GBAM challenge timeline—which requires a demonstration in just sixty to ninety days—imposes an intense work pace on the technical teams involved. This kind of sustained pressure rarely gives the engineers working on these projects a moment’s respite.

Behind every rapid innovation often lies a darker human reality: lost sleep, sacrificed weekends, and constant stress to deliver a product on time that must work flawlessly the first time.

I can’t help but think about the human cost of this constant urgency, even when the cause being championed seems just and necessary to me.

Proof that innovation is still possible

At a time when there are occasional doubts about the West’s ability to innovate quickly, the story of CoAspire serves as an encouraging reminder: a small company, with good ideas and perseverance, can still shake up an industry dominated by long-established giants.

This success fuels a broader hope—that the Western industrial base is still capable of reinventing itself in the face of adversaries who, for their part, rely on the power of their centralized state apparatus.

This story restores some of my hope in the West’s ability to innovate quickly, despite our sometimes cumbersome bureaucracies.

The economic war is also being fought in workshops

CoAspire’s success illustrates a broader truth: strategic competition between major powers no longer takes place solely on the battlefield, but also in small engineering workshops where the technologies of tomorrow are born.

This column aims to remind us that behind every military contract and every weapons program, there are people who design, test, sometimes doubt, and ultimately turn an idea into an operational reality.

I firmly believe that these engineering workshops have become—without the general public truly realizing it—a new front in our competition with our adversaries.

Caution Must Accompany Enthusiasm

However, we must not succumb to naive optimism: the exact unit cost of the RAACM-ER remains unknown, and the GBAM program’s tight timeline promises will still have to withstand the test of U.S. industrial and budgetary realities.

This caution in no way diminishes the admiration this human story inspires, but it serves as a reminder that journalistic enthusiasm must always be tempered by the rigor of verifiable facts.

I prefer to temper my enthusiasm with this necessary caution, as industrial history is rife with broken promises despite the best of intentions.

People: Always at the Heart of Innovation

This column ends where it began: with those Virginia engineers, those European contractors, and those military personnel testifying before Congress—all united by a shared goal of collective security in the face of very real threats.

What I take away from this story is a simple conviction: military technology, as impressive as it may be, is always the result of human effort, with its shared doubts, pride, and hopes.

I close this column with gratitude toward these anonymous workers whose quiet ingenuity strengthens, day after day, the security of our Western allies.

Signed, Maxime Marquette, columnist