Faraday Future to Unveil Nine AI-Powered Robots and Four Industry Solutions at Annual 919 Launch Event
Faraday Future Intelligent Electric, also known as Faraday Future or FF, has announced details of its annual 919 launch event, scheduled for September 19, 2026, at 5:00 p.m. PDT. The event will highlight the company’s latest developments in Embodied AI (EAI) robotics, including nine new robot devices and four industry-focused productivity solutions.
The event represents an important milestone in Faraday Future’s broader EAI strategy as the company moves toward a more comprehensive robotics ecosystem spanning multiple device types, sizes and applications. The company plans to complete what it describes as its “One-Brain Multi-Form Multi-Capability” EAI Robot World 2.0, bringing together a broader portfolio of robots designed for different environments and use cases.
The 919 event will be available online, allowing customers, industry participants, developers and other interested audiences to follow the company’s latest EAI robotics announcements.
Nine New EAI Robot Devices
As part of the event, Faraday Future plans to introduce nine new robot devices to its product portfolio. The lineup will include the final launch of the All-New Futurist, which is expected to officially go on sale.
According to the company, the expanded portfolio will establish a broader range of robot configurations designed to support different operating environments and customer requirements.
The company’s EAI robot portfolio will span three primary form factors: humanoid robots, quadruped robots and mobile manipulators. These devices will also be available in large, medium and small configurations, providing different combinations of size, mobility and functionality.
By expanding its portfolio across multiple form factors and sizes, Faraday Future aims to support a wider range of industry applications. Different environments can require substantially different robotic configurations. Humanoid platforms may be suited to environments designed around human interaction, while quadruped robots can provide mobility across challenging terrain. Mobile manipulators can combine movement with task-specific robotic capabilities.
Faraday Future says this broader device strategy is intended to provide more comprehensive support for deployment across different industry ecosystems and use cases.
The company describes this expansion as a key step toward completing its Robot World 2.0 vision, which is centered on a shared AI architecture capable of supporting multiple types of robotic devices.
From Individual Devices to Industry Solutions
In addition to the new robot hardware, Faraday Future plans to introduce four Industry Productivity Solutions focused on specific application areas.
The four solutions will target K-12 education, research, security and inspection.
The company says these offerings represent a shift from simply providing individual robotic devices toward delivering more complete solutions designed around specific customer needs. Rather than requiring customers to independently determine how to integrate robots into their operations, the solutions are intended to provide more structured deployment models.
For the education sector, the K-12 solution is expected to focus on bringing robotics and AI technologies into learning environments. The research solution is aimed at supporting organizations working with robotics, AI and related technologies.
The security and inspection solutions are intended to address practical industrial and commercial applications in which robotic platforms can support monitoring, inspection and other operational activities.
By developing complete solutions around specific use cases, Faraday Future aims to make its robotics technologies easier to deploy while establishing models that can potentially be replicated across different customers and markets.
Demonstrating Robotics at IMTS 2026
Faraday Future’s robotics division is also participating in IMTS 2026 in Chicago, where the company is demonstrating its Aegis series security and inspection quadruped robots.
The Aegis platforms are being showcased for industrial applications, highlighting the company’s efforts to bring EAI robotics into real-world operating environments. During the event, Faraday Future’s team has also engaged with manufacturers, automation companies and robotics industry participants to explore potential opportunities in intelligent inspection, security and industrial automation.
The company’s participation at IMTS provides an opportunity to demonstrate its current robotics capabilities while also engaging directly with potential customers and industry partners.
The event also serves as a preview of the products and industry solutions that Faraday Future plans to formally unveil during its September 19 launch event.
Building a Broader Embodied AI Ecosystem
Faraday Future’s robotics strategy extends beyond individual robot platforms. The company describes its broader approach as a “Four-Core Full-Stack AI” ecosystem, consisting of four major components: the EAI Brain and Developer Platform, EAI Devices, Industry Productivity Solutions and EAI Data Factory.
The company intends for these components to work together as an evolutionary cycle.
Under this model, the deployment of more robotic devices generates additional data that can be used for training and improving the EAI Brain. Improvements to the underlying AI capabilities can then enhance the performance and functionality of future products, potentially supporting additional deployments and further data collection.
Faraday Future describes this process as a flywheel designed to connect hardware deployment, data collection, AI development and product improvements.
The strategy reflects the company’s focus on Physical AI, where artificial intelligence systems interact with and operate within the physical world through robotic devices.
Focus on Robotics and Mobility
Founded in 2014, Faraday Future is a U.S.-based company focused on Physical AI, robotics and mobility technologies. Its EAI robotics business is organized around two major product strategies: EAI humanoid and bionic robots and automotive-focused EAI robots.
The company is seeking to develop an ecosystem that connects AI platforms, robotic devices and industry-specific applications.
The September 19 launch event is expected to provide additional details about the company’s latest products and its broader EAI strategy.
Interested audiences can participate in the event online through Faraday Future’s robotics website. Event materials will also be made available through the company’s investor relations website following the event.
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