Faraday Future Secures U.S. Patent for AI Hybrid Range-Extender Transmission, Advancing Next-Generation EV Powertrain Technology
Faraday Future Intelligent Electric Inc. the California-based global intelligent mobility company focused on building an Embodied AI (EAI) ecosystem, has reached another significant technological milestone with the granting of a new U.S. patent covering its advanced hybrid powertrain technology. The newly issued patent strengthens the company’s growing intellectual property portfolio while reinforcing its long-term strategy of developing intelligent electrified vehicles capable of delivering longer driving range, higher efficiency, and improved performance.
The United States Patent and Trademark Office (USPTO) has officially granted U.S. Patent No. 12,630,004, titled “Range-Extending Hybrid Transmission System,” to Future AIHER AI Hybrid Extended-Range Electric Powertrain System Inc. (Future AIHER), a subsidiary of Faraday Future. The patent was issued in May 2026 following an application submitted in June 2025 and includes 13 individual patent claims protecting the company’s innovative hybrid transmission architecture.
The patent award represents an important achievement for Faraday Future as it continues investing in next-generation hybrid electric propulsion systems designed to overcome many of the limitations associated with current plug-in hybrid and extended-range electric vehicle technologies.
Expanding Faraday Future’s Hybrid Innovation Strategy
As global demand for electrified vehicles continues to increase, manufacturers are pursuing new technologies that extend driving range while maintaining vehicle performance and reducing ownership costs. Although battery electric vehicles have made significant advances, many consumers still seek greater driving range and faster refueling capabilities, making hybrid and extended-range electric vehicle (EREV) technologies increasingly attractive.
Faraday Future believes its newly patented hybrid transmission system offers a different engineering approach compared to traditional hybrid architectures currently available in the marketplace.
According to the company, the patented system is specifically designed to decouple three major powertrain components—the internal combustion engine, the generator-motor, and the vehicle’s drive wheels. By separating these elements mechanically while enabling them to work together when necessary, the system creates multiple operating modes that improve flexibility and overall vehicle efficiency.
This architecture supports simultaneous or independent operation of different power sources, allowing the vehicle to optimize energy usage based on driving conditions rather than relying on a fixed mechanical configuration.
The company considers this patent an important building block in its future electrification roadmap and one that could eventually support multiple vehicle platforms.
Addressing Long-Standing Hybrid Vehicle Challenges
Despite years of development across the automotive industry, many existing plug-in hybrid systems continue to face engineering compromises.
Traditional hybrid vehicles often struggle with slower power delivery during acceleration, reduced responsiveness when transitioning between electric and gasoline power, limited driving refinement, and higher manufacturing costs due to complicated mechanical designs.
Complex transmissions containing numerous gears, shafts, and clutches may also increase vehicle weight while making maintenance more challenging over time. These mechanical complexities can affect overall vehicle handling, reliability, and driver satisfaction.
Faraday Future’s patented transmission seeks to simplify this arrangement.
Instead of depending on conventional hybrid layouts, the new system enables the engine, generator-motor, and drive wheels to function with greater independence while remaining fully integrated into the overall powertrain. This configuration allows every available power source to contribute to propulsion when required while minimizing unnecessary mechanical interactions.
According to the company, the design supports what it describes as a “strong range extension with weak hybridization” philosophy.
Under this approach, range extension remains the primary objective while hybrid functionality serves as a supporting feature, helping improve efficiency without adding excessive mechanical complexity.
The result is expected to be smoother power delivery, improved overall performance, enhanced energy utilization, and lower system complexity.
Technical Design of the Patented Transmission
The newly granted patent protects a detailed hybrid transmission system that incorporates several interconnected mechanical components working together in a unique configuration.
At the center of the design is a first rotary power source connected through a primary shaft. A first clutch is positioned on this shaft, while a second clutch is located separately within the transmission system.
The design also integrates a generator-motor connected either directly to the primary shaft or through an intermediate shaft mechanically linked to both the primary shaft and the second clutch.
In addition, a third shaft connects directly to the vehicle’s differential while remaining mechanically linked to the primary shaft and second clutch.
This arrangement creates a highly flexible transmission capable of distributing power efficiently across different operating conditions.
Because the engine, generator-motor, and drive wheels can be mechanically decoupled, the system allows each component to operate independently or together depending on driving requirements.
Such flexibility enables multiple drive modes that optimize performance, efficiency, and energy management without relying on overly complicated transmission mechanisms.
The patent’s 13 claims protect these engineering concepts and provide Faraday Future with intellectual property rights covering the transmission’s unique structural configuration.
Future AIHER Becomes Central to Powertrain Development
The patented technology will support the continued development efforts of Future AIHER, Faraday Future’s specialized powertrain subsidiary established in March 2025.
Future AIHER was introduced as the world’s first company dedicated specifically to AI-powered hybrid extended-range electric powertrain systems.
Its mission focuses on designing, engineering, and commercializing intelligent propulsion technologies for future Extended Range Electric Vehicles (EREVs).
The subsidiary is currently developing two flagship technology platforms.
The first is the AI Hybrid Extended Range (AIHER) system, while the second is an advanced AI Extended-Range System.
Both technologies combine artificial intelligence with sophisticated powertrain control systems to optimize energy distribution, improve efficiency, and enhance overall vehicle performance.
Rather than simply combining electric motors with gasoline engines, these systems aim to intelligently manage every available energy source in real time.
Faraday Future believes AI will play an increasingly important role in determining how future powertrains respond to varying road conditions, driver behavior, battery charge levels, and performance demands.
Combining Hybrid and Extended-Range Advantages
One of the distinguishing characteristics of Future AIHER’s technology is its effort to merge the advantages traditionally associated with hybrid vehicles and extended-range electric vehicles into a single integrated platform.
Conventional hybrids generally rely heavily on both the gasoline engine and electric motor throughout normal driving.
Extended-range electric vehicles, meanwhile, prioritize electric propulsion while using a gasoline engine primarily to recharge the battery.
Faraday Future’s AIHER platform seeks to bridge these two concepts.
Its engineering philosophy places range extension at the forefront while allowing hybrid functionality to supplement vehicle performance whenever appropriate.
This balance could potentially improve long-distance usability while maintaining many of the benefits associated with battery-electric driving.
The company believes this architecture could provide improved energy optimization, greater system integration, and higher overall driving efficiency compared to existing hybrid solutions.
Leadership Highlights Patent Importance
Faraday Future Founder and CEO YT Jia described the patent approval as a meaningful step in the company’s broader mobility strategy.
According to Jia, intelligent hybrid technologies represent a natural extension of Faraday Future’s mission to develop AI-enhanced transportation solutions capable of delivering premium performance while addressing practical customer needs.
He noted that longer driving range and reduced mechanical complexity remain two important priorities for future vehicle development, and the newly granted patent supports both objectives.
The company also indicated that the patented transmission could eventually be incorporated into future FF and FX vehicle models as development progresses.
AIHER Designed for Diverse Driving Environments
Faraday Future has emphasized that AIHER has been engineered specifically to perform effectively across a wide range of operating environments.
The company believes its “strong extended-range, light hybrid” architecture can address many weaknesses commonly associated with existing hybrid and plug-in hybrid systems.
One area of particular focus is operation in extremely cold climates.
Battery-electric vehicles often experience noticeable reductions in driving range during winter due to lower battery efficiency and increased energy consumption for cabin heating.
According to Faraday Future, AIHER’s extended-range capabilities could provide meaningful advantages in regions experiencing severe winter conditions, including portions of the northeastern United States.
The company expects the system’s intelligent energy management capabilities to maintain efficient operation while providing dependable driving performance regardless of weather conditions.
Supporting the Super One Vehicle Program
The patented transmission technology is expected to play a significant role in the company’s upcoming Super One vehicle program.
Faraday Future intends for the initial production versions of Super One to include either an advanced 800-volt battery-electric model or a version equipped with the new AIHER hybrid extended-range powertrain.
Offering both configurations would allow customers to select the propulsion system that best meets their driving needs while expanding the vehicle’s overall market appeal.
The company believes providing multiple electrified powertrain choices could increase customer value while supporting broader adoption of intelligent mobility technologies.
Production Plans Depend on Future Financing
Although the technology continues to advance, Faraday Future emphasized that mass production remains dependent on securing additional financial resources.
The company stated that full-scale production and commercial deliveries of the Super One program will proceed once sufficient financing has been obtained from strategic partners or medium- to long-term investors capable of supporting manufacturing expansion.
Until those funding objectives are achieved, production timelines remain subject to available capital.
Updated Delivery Timeline
Faraday Future also shared an updated roadmap outlining its expected production schedule once financing requirements have been met.
For the 800-volt battery-electric Super One model, first-phase deliveries are projected to begin within six to nine months after funding is secured. The second production phase is expected to follow within 12 to 15 months, while the third phase is targeted for completion between 21 and 24 months.
The AIHER-powered hybrid version is expected to follow a slightly longer schedule. Initial deliveries are planned within nine to twelve months after financing becomes available. The second production phase is anticipated between 21 and 24 months, with the third phase scheduled approximately 24 to 28 months after funding.
These projected timelines illustrate the company’s intention to commercialize both battery-electric and AI-powered hybrid technologies as part of its broader product strategy.
Strengthening Intellectual Property for Future Growth
The newly granted U.S. patent adds another important asset to Faraday Future’s growing intellectual property portfolio and highlights the company’s continued investment in advanced propulsion technologies.
As competition intensifies across the global electric vehicle industry, patents protecting innovative powertrain architectures have become increasingly valuable, providing companies with technological differentiation while supporting future licensing and commercialization opportunities.
For Faraday Future, the patent represents more than a legal milestone. It reflects the company’s ongoing commitment to developing intelligent mobility solutions that integrate artificial intelligence, electrification, and simplified engineering into future vehicle platforms.
With Future AIHER continuing to advance AI-driven extended-range technologies and the Super One program moving toward commercialization, the company is positioning itself to compete in an evolving market where efficiency, flexibility, and intelligent power management are becoming increasingly important factors for both consumers and automakers.
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