‘Physical AI’ robots expand, including into aviation, Nikkei reports

On Aug. 13, 2026, Nikkei reported that robots using “physical AI” are becoming more widespread in the machinery industry, with applications also expanding to aircraft. The article, part of an industry research series for job seekers, also pointed to expectations that growth in AI-related markets will benefit the industry.

Applications of “physical AI” robots in aircraft could signal a new phase in the use of AI in the machinery industry. However, because primary sources have not been verified, future official announcements will be essential to understanding specific developments. Readers should follow related companies’ activities, using this report as a starting point.

Nikkei’s report on the spread of “physical AI” robots and their applications in aircraft points to a new phase in the use of AI in the machinery industry. However, this is based only on media coverage; primary sources, such as official announcements or company investor relations materials, have not been verified. Details including the specific technologies, deployment cases and market size remain unknown, and further official announcements are needed. A direct comparison with our previous coverage is not possible because no related articles were provided. However, AI adoption has long been advancing in the machinery industry, particularly in factory automation (FA) and industrial robots, and “physical AI” appears to be an extension of that trend. Aircraft applications, in particular, are subject to strict safety and reliability requirements, presenting a high bar for the use of AI robots. The reported expansion into this area could therefore indicate that the technology is becoming more mature. The potential industry-wide implication is that growth in AI-related markets could drive expansion across the machinery industry. For companies that make machine tools and industrial robots in particular, incorporating AI technology could become a source of competitive advantage. Aircraft-related applications are also a high-value market that could offer companies entering the field an opportunity to increase revenue, while posing challenges in certification and regulatory compliance. Unresolved questions include which companies are developing what kinds of robots, the scope of aircraft applications—such as manufacturing or maintenance—and the market size and timing of adoption. The definition of “physical AI” itself is also unclear, as is whether the industry has a shared understanding of the term. We should avoid drawing firm conclusions on these points until primary sources can be verified, and should follow future official announcements and detailed reporting. We recommend that readers treat this article as reference information and consult the original Nikkei article and announcements from related companies.