NEURA Robotics' New Humanoid Robot and Training Gym: A Game-Changer?

Jan de Vries · 2026-10-22

NEURA Robotics, the German unicorn, just made a move that could reshape how robots learn to work alongside us. They've opened a massive robot training facility and unveiled a new humanoid robot. It's a big deal, not just for Germany, but for the entire European robotics scene. ### The TUM RoboGym: Where Robots Go to School The new facility, called TUM RoboGym powered by NEURA, is located at LabCampus near Munich Airport. It spans over 24,750 square feet, which is about half a football field. That's a lot of space for robots to learn and train. The RoboGym is a partnership with the Technical University of Munich (TUM) and its Munich Institute of Robotics and Machine Intelligence (MIRMI). The initial phase is set for three years, with partners investing around $18.5 million (€17 million). NEURA is putting in about $12 million (€11 million) of that. ### Meet 4NE1 Gen 4: The Humanoid Robot Ready for Work To mark the opening, NEURA launched 4NE1 Gen 4, the latest generation of its humanoid robot. The name stands for "For Anyone," and it's designed for series production. This robot is built to do real work, powered by NEURA's own foundation model called Neuron AI. It learns from experience in the NEURA Gyms. David Reger, founder and CEO of NEURA Robotics, explains why this matters: "Our companies hold knowledge that has been built up over generations. People know how to work materials, assemble components and master difficult processes. This knowledge is one of our greatest strengths in the age of Physical AI." He adds that with TUM, they're building a powerhouse for physical capabilities. The Mittelstand, Germany's small and medium-sized businesses, should help shape this future. ### Europe's Robotics Funding Heats Up NEURA isn't alone in this race. Other European robotics companies are raising big rounds to develop adaptable machines for industrial use. Here's a quick rundown: - London-based Humanoid raised $145 million (€133 million) in July to advance its humanoid robots. - German companies Sereact and RobCo (a TUM spin-out) secured $101 million (€93 million) and $97 million (€89.2 million) respectively. - Spain's THEKER added $80 million (€73 million) for AI-native industrial robots. - Norway- and US-based Trener Robotics raised $28 million (€26 million) to develop adaptable robot skills. - Smaller rounds for Poland's Nomagic, Hungary's Allonic, and Belgium's Motion bring the total for 2026 to about $470 million (€430.2 million). That's a lot of money flowing into robotics, and it signals that investors believe in the future of physical AI. ### A Closer Look at the Partnership NEURA Robotics was founded in 2019 and develops cognitive robots that can see, hear, feel, and learn. They also build the software and AI infrastructure needed for large-scale deployment. TUM MIRMI is an integrative research institute focused on robotics and AI, with nearly 80 TUM chairs networked within it. The RoboGym brings together AI research and industrial application. Companies contribute concrete tasks and their process knowledge. Researchers and development teams then investigate how robots can learn these tasks faster and perform them more reliably. Partners have been training concrete workflows at the TUM RoboGym since September. Prof. Thomas Hofmann, President of TUM, says: "The TUM RoboGym robotics center is unique in Germany and Europe. By collaborating with a robot manufacturer based in Germany, we are also sending a clear signal for Germany as an industrial location in geopolitically uncertain times." ### Why This Matters for the US and the World For US businesses and investors, this is a sign that Europe is serious about robotics. The technology being developed could soon be used in factories, warehouses, and other industrial settings worldwide. NEURA's robots are designed and built in Germany, but they're meant for the global market. The partnership between a unicorn and a top university also highlights how academia and industry can work together to push boundaries. It's a model that could be replicated elsewhere. As robots become more capable, the question is no longer if they'll work alongside us, but how soon. NEURA's latest move brings us one step closer to that future.