When the first Lynx XM30 prototype recently arrived at Fort Hood for Soldier evaluation, U.S. Army service members were already lining up in the hot Texas sun to see it. Many looked on, craning their necks over the shoulders of their fellow troops, hoping to catch a first glimpse. Before them was a combat vehicle that represented one of the Army’s most significant generational shifts in armored warfare since the Bradley entered service more than four decades ago.
For the members of Team Lynx who spent years developing and building the vehicle, its arrival carried a different significance. What had existed in requirements, digital models, engineering drawings and individual components was now a complete vehicle in Army hands. Jim Schirmer, Senior Vice President of Programs at American Rheinmetall and former combat vehicle operator, remembers seeing the finished vehicle for the first time as a deeply personal moment.
“It was pretty emotional for all of us,” Schirmer said. “It was just really nice to touch the real thing.”
Behind the milestone is a team of six U.S. defense and technology companies, each devoted to the Warfighter and to bringing forward a new generation of combat-vehicle technology that gives Soldiers every advantage to accomplish the mission and come home safely. While a deep commitment to that objective was an important part of the effort, it does not fully explain how Team Lynx was able to move the Lynx XM30 from design to delivered hardware on an accelerated schedule, or why the team believes it is the right team to carry the vehicle into production. The answer lies in the way Team Lynx was assembled and, more importantly, in what happened when its partners had to turn their individual expertise into one integrated next-generation combat vehicle.
“Each of our partners has their domain of expertise and they knew a lot more about it than we did,” Schirmer said. “They influenced the design in directions that we probably couldn’t have foreseen at the beginning of the project.”
While American Rheinmetall retained design authority over the vehicle in its role as lead systems integrator, its willingness to rely on each company’s expertise became especially important as Team Lynx worked against the XM30 program’s accelerated schedule. Under a more traditional development process, the company would have completed more vehicle-level engineering before handing detailed specifications to its partners. Instead, it brought its partners into the process early and asked them to take on a degree of risk. This was where the entire team’s commitment to the objective became tangible. Textron Systems, Raytheon, L3Harris Technologies, Allison Transmission, and Anduril Industries began investing and developing their portions of the vehicle while American Rheinmetall was still completing the engineering that would ultimately define how those systems came together.
“We had to converge in the middle,” Schirmer said. “That required some risk taking on everyone’s part and a lot of coordination between all the teams. But when you bring those different perspectives together, it pushes you to be more creative and ultimately arrive at the best solution.”
It also helps when some of the most formidable names in defense are at the table. Team Lynx deliberately combines decades of combat-vehicle and defense experience with advanced capabilities that will define the future fight, from hybrid propulsion and sensing to secure communications, software-driven situational awareness and next-generation lethality—backed by the digital manufacturing capabilities needed to bring them together at scale.
When asked to expand on the team’s unique DNA, Schirmer pointed to its breadth, citing Allison for its proven combat-vehicle pedigree. He had worked with Allison transmissions on tanks earlier in his Army career and, later, on the Stryker program. He also explained how Anduril represents a newer generation of software expertise, while Raytheon draws on decades of experience in advanced weapons and effectors to expand the vehicle’s lethality. Textron’s more than 50 years of armored-vehicle manufacturing experience and L3Harris’ deep expertise in electronics, sensing and secure communications round out a team that spans nearly every discipline required to bring a next-generation combat vehicle from design to production.
But perhaps Team Lynx’s greatest force multiplier came from those who lived the fight. Understanding the Warfighter experience is not something that can be fully learned secondhand, no matter how much a person studies combat from the outside. And it is why some of American Rheinmetall’s earliest additions to the Lynx XM30 development team were former Bradley Master Gunners and combat veterans.
Early in development, those former Soldiers were tasked with evaluating the mechanics and ergonomics of the vehicle design, inside and out, long before a working prototype existed. Wearing their combat gear, they climbed through a plywood representation of the Lynx XM30 and approached it with the same attention to detail they had learned to bring to combat preparation. Their experience quickly surfaced issues others might have missed, from access and trip hazards to how information should be presented inside the vehicle. Years later, they would see those recommendations reflected in the finished prototype.
“They were all pretty honored that their impact was felt,” Schirmer said. “You got a sense that there was a moment where the battlefield came back into focus for them, and they knew their efforts would one day return to the fight to protect the next generation of Soldiers.”
From the beginning, Team Lynx saw itself as an extension of the Warfighter, and that ethos, grounded in firsthand combat experience, is part of what distinguishes it as the right team to bring the Lynx XM30 into production.
The other part? That’s evident on the factory floor, where Team Lynx partners traveled across the U.S. and converged on the prototype, bringing distinct expertise together in one room where chemistry mattered as much as the mechanics of engineering. It all came together at Textron Systems’ advanced manufacturing facility in Slidell, Louisiana, where Textron provided the industrial backbone for the Lynx XM30 hull and chassis integration and final vehicle assembly. Specialists from Allison and L3Harris worked alongside the build team as their systems were integrated into the vehicle. Allison personnel brought direct knowledge of the powertrain, while L3Harris specialists supported key electronics and software. Keeping that expertise close to the hardware meant questions could be worked through with the people who knew those systems best. And Allison and L3Harris weren’t the only Team Lynx contributors on the floor at Textron’s facility. Many of the approximately 200 additional suppliers supporting the program also made the trek to Slidell to take part in the build process, an opportunity to learn, yes, but more importantly to contribute to a once in a generation platform that will give Soldiers the clearest advantage yet in the future fight.
In many ways, the prototype build was already a dress rehearsal for production, with Team Lynx using the tooling and facilities it plans to carry forward if selected.
“There’s a lot of learning that takes place, what I’d call tacit learning, that’s difficult to capture and write down,” Schirmer said. “When you’re part of building the prototype, you grow that resident knowledge at the site where the hard work is going to have to be done in production. Having suppliers willing to put people on the ground in Slidell and work through problems alongside us also says something about what this team could carry forward if Team Lynx is chosen for the next phase.”
Schirmer’s point lands on several levels. For one, it speaks to the degree of collaboration required to bring a program like the XM30 to fruition. But it also reveals what can be achieved when a robust team, drawn from across the U.S. defense industrial base, is fully aligned around a single mission, one centered on giving the Warfighter every possible advantage to accomplish the mission and come home safely.
If Team Lynx carries the Lynx XM30 into production, it will do so with a group that has already designed, integrated and built the prototypes together, supported by a manufacturing workforce with firsthand experience on the platform. And the stakes only grow from there. Production would mean turning a handful of prototypes into a fleet of combat vehicles with capabilities previous generations of Soldiers could scarcely have imagined. But with the strength of an American defense industrial base behind them, extending far beyond its six core companies to suppliers across the country, it’s easy to see why they’re so confident they are the right team to deliver the XM30 to the Army.
“Bringing all of those partners together is what makes Team Lynx the right team,” Schirmer said. “And collectively, we’ve proven we can do what the Army asked us to do because we’ve done it up to this point.”