Faraday Future Intelligent Electric Inc. has secured U.S. Patent No. 12,630,004 for a range-extending hybrid transmission system, a development designed to enhance vehicle range and reduce mechanical complexity in its future lineup. The patent, granted by the U.S. Patent and Trademark Office in May 2026, was assigned to the company's subsidiary, Future AIHER AI Hybrid Extended-Range Electric Powertrain System Inc. The technology utilizes a multi-clutch and multi-shaft architecture to decouple the engine, generator-motor, and drive wheels, allowing these power sources to operate concurrently or independently.

The newly patented transmission architecture is expected to be incorporated into the broader AIHER system currently under development for future generations of FX models. This system aims to address weaknesses found in conventional hybrid and plug-in hybrid systems, such as slow power output response, insufficient performance, and high vehicle costs. By simplifying the mechanical structure, the company intends to improve vehicle handling, reliability, and the overall driving experience, particularly in cold-weather regions.

Technical Specifications and Claims

The patent contains 13 claims detailing a system that includes a first rotary power source, a generator-motor, a differential, and driving wheels. The configuration features a first shaft extending from the rotary power source with a first clutch, and a second clutch spaced apart from the first. The generator-motor connects to the first shaft or a second shaft, which is mechanically linked to the first shaft and the second clutch. A third shaft connects to the differential and is mechanically linked to the first shaft and the second clutch.

Strategic Integration and Future Models

Launched in March 2025, Future AIHER focuses on the design and commercialization of AI-driven range extender systems for Extended Range Electric Vehicles (EREVs). The company is targeting the integration of this technology into the first batch of mass-production Super One deliveries, which may include either the 800V BEV or the AIHER model. The company stated that the Super One 800V BEV is expected to achieve its first phase of delivery within 6 to 9 months of securing necessary funding, while the AIHER hybrid model is expected to reach its first phase of delivery within 9 to 12 months.

"This patent grant is central to FF’s vision of intelligent mobility," said YT Jia, Founder and CEO of Faraday Future. "Extended range hybrid technologies represent a pivotal extension of our mission—bringing high-performance, AI-enhanced powertrains to our FF and future FX series models." The realization of these delivery timelines is subject to securing financing from strategic or medium-to-long-term investors sufficient to support mass-production.

Emerging Growth Research initiated coverage on Faraday Future Intelligent Electric Inc. with a Buy-Emerging rating and a 12-month price target of $2.00 per share. The target represents substantial potential upside from the company's recent share price of $0.31 at the close on June 9, 2026. The firm cites a multi-trillion-dollar robotics opportunity and the company's embodied AI ecosystem as key drivers for future growth.

Faraday Future has established an ecosystem focused on humanoid, quadruped, and automotive-focused robots designed for consumer and commercial applications. The company reported customer deposits of $13.8 million at the end of the first quarter of 2026, a 31% sequential increase from year-end 2025 levels. It recently shipped 69 embodied AI robots during May 2026 and increased its FY2026 robot delivery target from 1,000 units to 1,500 units.

The company currently offers three embodied AI robot platforms: the Aegis quadruped robot, the Master humanoid companion robot, and the Futurist professional humanoid robot. These products target applications ranging from security and surveillance to education, hospitality, healthcare, research, and personal assistance. Emerging Growth Research believes the integrated ecosystem strategy provides potential revenue streams beyond hardware sales through its EAI Brain, open-source developer platform, and Data Factory business.

Although Faraday Future remains EBITDA and cash flow negative, the company secured approximately $70 million in capital commitments during 2026. This funding is expected to support operations through the balance of FY2026 and into the first half of FY2027. Emerging Growth Research projects FY2026 revenue of approximately $12.5 million, representing growth of more than 2,200% compared to FY2025 revenue. Revenue is projected to increase further to approximately $64.2 million in FY2027.

The $2.00 price target is derived from a blended valuation methodology utilizing both a total addressable market analysis and a discounted cash flow model. The U.S. humanoid robotics market alone could ultimately represent a $3 trillion total addressable market, according to research cited in the report.