American Fusion Inc. (OTC: AMFN) has announced the completion of the first phase of its Texatron™ Fusion Engine™ testing program at the Center for Emerging Energy Sciences, within the Department of Physics and Astronomy at Texas Tech University in Lubbock, Texas. All initial engineering objectives have been met, and the company is moving forward to the next stage of development.
Over the course of a test week, a seven-member team of engineers and scientists from American Fusion worked alongside Texas Tech staff, completing a series of engineering assessments, subsystem demonstrations, instrumentation trials, and laboratory activities in support of the Texatron™ development program. Day one alone marked a significant milestone: remote ignition system verification, facility inspection, and system interface checks. The broader program encompasses subsystem verifications, calibrations, diagnostic measurements, and experimental evaluations designed to confirm repeatability and reliability. Experimental data will undergo an internal review and validation process before being made public.
The Texatron™ platform is an aneutronic fusion system — a class of nuclear fusion reactions that, unlike conventional deuterium-tritium approaches, produces minimal high-energy neutrons. This makes it potentially safer, easier to shield, and better suited for distributed deployment scenarios. The Texatron™ design targets a modular architecture intended for industrial, commercial, defense, and off-grid power applications. The choice of Texas Tech is deliberate: the university hosts advanced experimental physics research facilities, and collaboration with independent academic staff strengthens the scientific credibility of the program.
The regulatory pathway is already in place. On July 17, 2026, the Texas Department of State Health Services issued a Certificate of Registration for Industrial Radiation Machines, authorizing American Fusion to conduct research and development activities with Texatron™ systems registered at Texas Tech University. On the intellectual property front, the company has filed 19 new U.S. patent applications, bringing its total to 76, with a stated goal of exceeding 260 patents covering the full Texatron™ platform and related technologies. A presentation of the Texatron™ was also delivered at the Fermi National Accelerator Laboratory — a sign of scientific engagement extending well beyond the company’s own walls.
The 2026 roadmap includes demonstrating fusion performance milestones, initiating preliminary power offtake agreements, and beginning construction planning for a 100-megawatt unit. If experimental results from upcoming phases confirm expected performance levels, the Texatron™ could position itself as one of the few aneutronic fusion systems to have crossed the threshold of documented experimental testing in an independent university setting. The transition from preparation to actual experimental evaluation is precisely where many fusion programs have stalled in the past. For now, this one is moving forward.
