When conversations around mobility innovation begin, they often focus on the next breakthrough technology. Whether it’s electrification, autonomous systems, advanced batteries or connected infrastructure, attention tends to naturally gravitate toward the innovations themselves.
Breakthrough technology is only part of the equation, however. As the mobility industry continues to evolve, the regions and companies that lead the future will be those that understand an equally important challenge: turning innovation into commercially viable solutions. Technology can perform exactly as intended in a laboratory or pilot project, but without the ability to manufacture it efficiently, even the most promising innovations can struggle to succeed. Achieving that level of commercialization requires more than production capacity alone; it depends on the collaboration, partnerships and shared resources that help companies reach the economies of scale needed to bring new technologies to market.
As Bernard Swiecki, Vice President of Mobility and Research at the Detroit Regional Partnership, explains, “You need two breakthroughs. You need the first breakthrough to discover it, and then you need a market breakthrough. The scale is what creates that market.”
That distinction is becoming more important as mobility technologies evolve and mature. Many innovations today are no longer creating entirely new markets but rather improving products that already exist. For example, electric vehicles, hydrogen fuel cells, and autonomous technologies are competing with well-established systems that consumers already know and trust. To gain widespread adoption, these technologies must not only perform better but also become competitive. Scale is what makes that possible.
As production volumes increase, development costs are spread across more units, manufacturing processes become more efficient, supplier networks mature and per-unit costs decline. These economies of scale make advanced technologies more affordable for manufacturers and consumers alike, creating a pathway from innovation to commercialization.
“You need two breakthroughs. You need the first breakthrough to discover it, and then you need a market breakthrough. The scale is what creates that market.”
Without achieving that scale, even technologies that have proven technically viable can struggle to reach the market. As Swiecki explains, “A lot of technologies that might be viable don’t reach market because the technology breakthrough was there, but the scale wasn’t.”
Hydrogen fuel cells, for example, have been successfully used for decades across a variety of applications, but widespread adoption depends on producing the technology at a scale that can reduce costs and make it competitive in the broader market. As Swiecki adds, “For it to have meaning, it just needs that scale.”
Achieving that scale requires more than manufacturing growth alone—it also depends on collaboration across the mobility ecosystem, where shared resources, expertise and infrastructure can help companies accelerate commercialization.
This type of collaboration reflects a long-standing characteristic of the mobility industry: clustering.
“Mobility loves clustering,” Swiecki says. “Historically, if you look at individual assembly plants, they love to put up supplier parks around them. Then the educational institutions of that area will put a satellite campus on site. This industry loves that kind of concentration. The underlying reason for that really is scale. It is both a reason to do it and it’s also an outcome of what happens when you do it.”
Today, that same principle extends beyond traditional manufacturing. Shared testing facilities, entrepreneurial support organizations and collaborative product development help companies access the infrastructure and partnerships needed to bring technologies to market faster. By working together rather than independently, organizations can accelerate innovation while strengthening the broader mobility ecosystem.
For the Detroit Region, these collaborative advantages are becoming increasingly significant. The region’s decades of automotive expertise have created one of the world’s most sophisticated mobility ecosystems, built on manufacturing capability, engineering talent and research institutions.
As Swiecki explains, automotive companies have historically built supplier parks around major facilities because “the underlying reason for that really is scale.”
Today, those same relationships and capabilities provide a foundation for the region’s expanding innovation ecosystem. These assets can help emerging technologies achieve greater scale across multiple markets, including aviation, maritime and drone technology.
This approach helps create economic resilience while accelerating commercialization across multiple industries. Building that kind of ecosystem requires more than just infrastructure alone. It also depends on collaboration between industry, startups and economic development organizations. Strong regional partnerships help companies find opportunities, access shared resources and build the connections needed to move technologies from development into widespread deployment.
That collaborative model reflects the Detroit Region’s evolution from a manufacturing powerhouse into a broader innovation ecosystem. Building on decades of automotive expertise, the region has brought together startups, established companies, researchers and industry partners to accelerate advanced mobility development and commercialization. This shift toward a more connected innovation ecosystem is central to the Global Epicenter of Mobility’s (GEM) mission, connecting innovators with testing environments, research institutions and commercialization resources to help promising technologies move beyond prototypes and toward market success. By combining manufacturing strength with innovation-driven collaboration, Detroit is strengthening its mobility ecosystem and positioning itself as a leader in the future of transportation.
Ultimately, scale is about more than increasing production. It is about creating an environment where innovation can thrive. The strongest mobility regions are those where manufacturers, suppliers, startups, researchers and public partners work together, creating an ecosystem where ideas move more quickly from development to commercialization. When those connections exist, innovation becomes easier to scale, businesses become more competitive, and the entire region benefits.