en.Wedoany.com Reported - On June 17, Faraday Future (FF) held the first half of its "Full-Form FF EAI Robot World" launch event on Nasdaq, officially unveiling a six-series full-form EAI robot product matrix, including the Futurist (2027 model) humanoid robot, the FX Navi quadruped robot, and four EAI robots: FF MasterMini and FF Nova. FF also announced the launch of the FF Robotics PAR (Partner) program, opening collaboration to global partners. FF founder and global CEO Jia Yueting stated that the company is accelerating its goal of becoming the pioneer, founder, and popularizer of the global consumer robot market.

The Futurist humanoid robot released by FF is the first product in the United States to natively support the NVIDIA Sonic full-size humanoid robot whole-body motion control system. Leveraging the motion control algorithms and simulation capabilities of NVIDIA Sonic, the Futurist offers performance advantages in walking stability, dynamic posture control, and adaptation to complex terrains. FF revealed that the upcoming Ultra version of the Futurist will be equipped with the NVIDIA Jetson Thor high-computing-power chip, significantly enhancing its motion capabilities and further expanding the application of humanoid robots in education, service, and home scenarios.

Also released concurrently, the FX Navi quadruped robot is positioned as the first EAI enlightenment product in the United States, specifically designed for home and educational scenarios. This product is paired with the first EAI STEM curriculum system in the United States, aiming to create a closed-loop maker learning experience from learning and programming to hands-on creation. The design philosophy of FX Navi is to lower the entry barrier to EAI technology, helping young people evolve from EAI users to EAI drivers and creators.

At the launch event, FF elaborated on its "One Brain, Multiple Forms" strategy, which involves building a combination architecture of a general-purpose brain and multiple-form bodies, layered with differentiated EAI Agents and skill sets. The core of this strategy lies in the general-purpose brain's cross-form transfer learning capability, enabling shared perception, decision-making, and control across different bodies, while the multiple-form bodies are professionally adapted for various scenarios.

FF simultaneously launched the FF Robotics PAR (Partner) program, opening collaboration to global educational institutions, developers, hardware suppliers, and content creators, aiming to build an open EAI robot ecosystem. In terms of educational ecosystem layout, FF has already collaborated with multiple educational partners, focusing on products such as the Futurist, FX Navi, FF MasterMini, and FF Nova, to create an educational service system spanning hardware, curriculum, teaching, and competitions, catering to both ToB educational institutions and ToC family education needs. FF stated that it will continue to enrich its full-form EAI robot product matrix and advance the implementation of the educational ecosystem.

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