Robotics FDI: $70B by 2028 & the Automation Race

By early 2026, the assembly line at Sterling Manufacturing in Detroit wasn’t humming anymore. It was groaning. Mark Jensen, Sterling’s CEO, saw the orders piling up and production targets slipping away. A serious lack of skilled labor was about to gut their decades-old business of making automotive components. Their old equipment, mostly manual or semi-automated, just couldn’t hang with the speed of modern vehicle production. Jensen knew Sterling had to get advanced robotics in the door to compete in a global market that’s all about efficient, automated production. The real question was how a company like Sterling could pull in the foreign direct investment (FDI) needed for that kind of transformation and get into the global automation race.

The Imperative for Automation: A Global Perspective

Sterling’s problem isn’t unique. It’s a reflection of what’s happening to manufacturers everywhere. They’re all dealing with labor shortages and rising operational costs, on top of the constant pressure to deliver higher precision and output. For them, adopting robotics and automation technologies is a strategic necessity. You can see this in the surge of robotics FDI, as different countries and companies all try to get a technological edge. A late 2025 report from the International Federation of Robotics (IFR) showed global installations of industrial robots hitting a new peak, with forecasts for continued double-digit growth. That growth is coming from major cross-border investments. For example, the German government’s “High-Tech Strategy 2025” has set aside huge funds for robotics R&D, which makes it a very attractive place for foreign investors. At the same time, countries in East Asia, like South Korea and Japan, have the highest robot density and are actively looking for international partners to see what else robots can do. Jensen got it. His challenge wasn’t some isolated issue. He’d just been to an industry conference where a panel talked about how European auto suppliers, many smaller than Sterling, were getting capital from Asian tech firms that wanted a foothold in Western markets. The panelists said the trick was to show a clear path to a return on investment, supported by a good local talent pool and a solid integration plan.

Working through the Investment Field: Sterling’s Strategy

Sterling’s first attempts to get domestic funding for a full automation overhaul just fell flat. The banks thought the upfront cost was too high, and traditional investors were nervous about the long-term ROI in a sector they didn’t really understand. Jensen knew he needed a new angle. He got his head of engineering, Maria Rodriguez, to put together a detailed proposal that laid out the immediate and long-term payoff of bringing in collaborative robots (cobots) and autonomous mobile robots (AMRs). Rodriguez’s team pinpointed a few spots where automation would show quick returns: precision welding, handling materials, and quality inspection. Their math showed that a phased rollout of 20 cobots for assembly work and 10 AMRs for moving stuff around the plant could cut production time by 15% and defect rates by 8% in the first two years. Having specific, measurable targets was the whole point. “We couldn’t just say ‘robots will make us better’,” Rodriguez explained in a meeting. “We had to quantify ‘better’ in terms of dollars saved and increased output. Investors want to see hard numbers, not just promises of efficiency.” This kind of detailed planning was exactly what robotics investment specialists recommend. A firm like Robotics Ventures in Palo Alto will tell you that foreign investors are looking for companies with a proven technology roadmap and a clear way to stand out in the market. They’re investing in the intellectual property and the operational know-how, not just the hardware.

The Role of Government Incentives and Local Ecosystems

Jensen and Rodriguez also started digging into government programs. Michigan, knowing how important advanced manufacturing is, was offering tax credits to companies that invested in automation and workforce training. This was a huge help. A report from the Michigan Economic Development Corporation (MEDC) showed the state had a 20% jump in manufacturing FDI in the last three years, and these kinds of incentives were a big reason why. “These incentives don’t just lower the initial cost,” Jensen said. “They’re a signal to foreign investors that the local government is on board with tech advancement, which takes some of the risk off the table.” Sterling also started working with the University of Michigan’s robotics engineering department, offering internships and sponsoring some research. This gave Sterling access to new talent and made them look like a good partner for international firms that wanted to collaborate on R&D. Foreign investors tend to favor regions with strong ties between universities and industry, because they see them as places where future talent and ideas are born. For instance, a Reuters analysis pointed out that a lot of Chinese FDI in German robotics went to companies with solid connections to technical universities and Fraunhofer Institutes.

The Breakthrough: A Partnership from Across the Ocean

That detailed proposal, combined with the local incentives and academic ties, finally got the attention of Koto Robotics, a Japanese industrial automation firm that wanted to grow its business in the North American auto industry. Koto was known for its high-precision assembly robots and saw Sterling as the perfect way in. Sterling had an established customer base, a workforce that was ready to be retrained, and a real plan for automation. So the talks got serious. Koto’s people came to Sterling’s Detroit plant, walked the floor, and went over Rodriguez’s automation layout. Sure, there were cultural differences, but the shared goal of pushing the technology forward was what mattered. Koto was impressed that Sterling was so focused on retraining employees, because they knew that making automation work is as much about people adapting as it is about the robots. “We learned Koto wasn’t just looking for a customer,” Jensen said later. “They wanted a partner to develop solutions with, to really weave their technology into a living manufacturing process. Our willingness to collaborate was a major selling point.” The deal included a major equity investment from Koto and a technology transfer agreement. Sterling got access to Koto’s newest robotic platforms and tech support. In return, Koto got a strategic base in the U.S. market and a real-world lab for testing new applications. When the agreement was finalized in late 2026, it was a new beginning for Sterling.

Implementation and Future Outlook

The first automation phase at Sterling Manufacturing is already happening. Koto’s engineers are on site, working with Sterling’s team to install the first group of cobots for precision assembly. The integration itself is complicated, of course, requiring a ton of careful calibration and custom software, but the first results look good. Production efficiency in the automated sections has already measurably increased. This partnership shows what FDI in industrial tech looks like now. It’s not a simple cash injection. It’s a strategic alliance built on knowledge transfer and shared risk. The global automation race involves a complex web of both collaborations and competitions. By actively looking for foreign partners and using local support, companies like Sterling can completely remake their operations and secure their future. Sterling’s story proves that if you have a detailed plan, a clear value proposition, and a good grasp of the investment world, you can attract the capital you need to modernize your industry.

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