Faraday Future (FFAI) secured a United States patent covering a hybrid transmission system designed for extended-range electric vehicles. The technology could support future FF and FX models while reducing mechanical complexity and improving power delivery. FFAI stock fell 8.09% to $0.2373 before gaining 0.34% during pre-market trading.
Faraday Future Intelligent Electric Inc., FFAI
The United States Patent and Trademark Office granted Patent No. 12,630,004 to Faraday Future subsidiary Future AIHER. The patent covers a range-extending hybrid transmission system that separates the engine, generator motor, differential, and driving wheels. Faraday Future filed the related application in June 2025, while authorities issued the patent during May 2026.
The system uses several shafts and clutches to connect or separate different power sources during vehicle operation. The engine and generator motor can support the driving wheels together or operate through independent configurations. This arrangement gives the vehicle several driving modes while limiting the mechanical structures found within conventional hybrid systems.
Traditional plug-in hybrid systems can face delayed power delivery, higher costs, and complex mechanical connections between major components. Faraday Future designed its transmission system to address those problems while supporting stronger range extension and improved efficiency. Moreover, the simpler configuration could improve vehicle control, reliability, and overall performance across different driving conditions.
Faraday Future launched Future AIHER in March 2025 to develop and commercialize extended-range electric powertrain systems. The subsidiary focuses on hybrid systems that combine range-extension functions with additional support from electric and combustion power sources. Its proposed products include an AI hybrid extended-range system and a separate extended-range powertrain system for future vehicles.
The company plans to use the patented technology within its FF lineup and the more affordable FX vehicle series. In particular, the system could support the planned FX Super One alongside an existing 800-volt battery-electric version. Faraday Future expects the hybrid option to provide longer driving ranges while reducing the number of complicated mechanical connections.
The company also positioned the technology for areas experiencing cold winter conditions, including regions across the eastern United States. Cold temperatures can reduce battery performance and shorten the practical range of fully electric vehicles during regular use. Consequently, the extended-range system could provide additional energy support when battery efficiency falls under severe weather conditions.
Faraday Future aims to begin Super One production with either the 800-volt battery model or AIHER hybrid version. The company must secure enough strategic or medium-term financing before launching large-scale production and customer deliveries. The funding would support manufacturing, supply operations, vehicle testing, and the wider commercial rollout of both planned versions.
After obtaining sufficient funding, Faraday Future expects initial battery-electric deliveries within six to nine months. The company targets a second delivery phase within 12 to 15 months and another within 21 to 24 months. The AIHER model requires additional development time because it introduces a new hybrid transmission and powertrain configuration.
Faraday Future expects initial AIHER deliveries within nine to 12 months after securing the required production funding. It plans a second phase within 21 to 24 months and a third within 24 to 28 months. The patent strengthens the technical foundation for that strategy, although financing remains essential for completing production and delivering vehicles.
The post Faraday Future (FFAI) Stock:Rebound as Hybrid Transmission Patent Boosts Vehicle Strategy appeared first on CoinCentral.


