Executive Chairman Brent Nelson Discusses Texatron™ Fusion Platform, Growing Government Interest, and Path to Deployment
SOUTHLAKE, Texas, May 19, 2026 (GLOBE NEWSWIRE) — American Fusion™ Inc. (OTC: AMFN) today announced the release of a new video interview featuring Executive Chairman Brent Nelson, providing a comprehensive update on the company’s progress toward commercialization of its proprietary Texatron™ Fusion Engine™ platform.
In the interview, Nelson outlines key milestones achieved in advancing Texatron™ from a conceptual technology to a practical, scalable energy solution, as well as increasing interest from defense, government, and commercial stakeholders.
“We’ve spent years taking a lifetime of scientific knowledge and turning it into a working machine,” said Brent Nelson, Executive Chairman of American Fusion. “Texatron™ is no longer just a science project, it’s a practical fusion engine, and we’re now focused on proving that at scale.”
Link to the interview: https://youtu.be/q1NZ9A221Io.
American Fusion recently completed its ninth prototype, a half-megawatt system, and is now constructing a five-megawatt pre-production unit. According to Nelson, the structural frame for the new system has already been completed, and the company is preparing for final assembly and testing.
“The five-megawatt unit represents a significant step forward. It’s compact, efficient, and designed for real-world deployment,” Nelson said. “Once we complete testing and certification, we’ll be positioned to move quickly into commercial applications.”
The company is currently in the final stages of regulatory certification in Texas and is preparing to conduct formal validation testing with independent experts.
“We’ve seen the system work internally,” Nelson added. “Now we’re bringing in third-party PhDs and internationally recognized testing equipment to validate and peer-review the results. That’s how we demonstrate to the world that fusion can work.”
Following recent meetings in Washington, D.C., American Fusion™ reported significant interest from multiple branches of the U.S. military, as well as international engagement, including discussions with Canadian defense and space agencies.
“Every branch of the military we met with expressed interest in our technology,” said Nelson. “There’s a clear need for reliable, mobile, non-radioactive power solutions, especially in remote and strategic locations.”
The company is also pursuing potential projects in Northern Canada, including a letter of intent for a 20-megawatt installation, with additional opportunities under discussion.
Texatron™’s fusion-based design differentiates it from traditional energy systems by producing no radioactive waste and offering portability and scalability.
“Unlike fission reactors, we don’t generate radioactive waste that requires long-term storage,” Nelson explained. “Our system is clean, compact, and transportable—you can put it on a truck, move it to a site, and plug it in.”
Nelson emphasized that recent advancements in power electronics—driven in part by the rapid growth of the data center industry—have accelerated Texatron™’s development timeline.
“Technology that didn’t exist five years ago now enables us to efficiently capture and deliver power from our system,” he said. “That’s a major reason why we can move toward deployment today.”
American Fusion™ is prioritizing “behind-the-meter” opportunities, including data centers, industrial facilities, and remote operations, where demand for reliable, high-density power is rapidly increasing.
“Data centers are a perfect fit for our technology,” Nelson said. “They run on high-voltage DC, and our system produces exactly that. It’s a natural match with minimal conversion required.”
The company is also evaluating larger-scale systems, including 20, 50, and 100-megawatt units, with potential applications ranging from remote communities to hyperscale infrastructure.
With prototype development progressing, regulatory approval nearing completion, and market interest accelerating, American Fusion™ believes it is well-positioned to demonstrate the viability of its technology in the near term.
“The bottom line is that the Texatron™ fusion engine works,” Nelson concluded. “Over the next few months, we’re going to prove that through independent testing and show that fusion energy can be deployed commercially.”