FF Faber U Industrial EAI Mobile Manipulator
In stock
- BRAND:
- FARADAY FUTURE
- ORIGIN:
- United States
- Warranty:
- 12 MONTHS
- AVAILABILITY:
- ALLOW 2-4 WEEKS FOR DELIVERY
- SKU:
- FF-Faber-U
FF Faber U Industrial EAI Mobile Manipulator
Reach is the quiet limit of most automation. A machine that cannot get to the work, or cannot do anything once it arrives, leaves a person to cover the gap. The FF Faber U Industrial EAI Mobile Manipulator is built to close that gap. It drives to the task on its own, then works with two arms from ground level up to about 6.6 feet.
The product is available through this page, by quotation.
Background
Faraday Future and the Faber name
Faraday Future (FF) was founded in 2014. It is a U.S.-based Physical AI ecosystem company dedicated to reshaping the future of robotics and mobility solutions through AI innovation and technologies. The Faber series is one of its robotics lines. The name comes from Latin and means “skilled craftsman,” which suits a machine meant to use both hands on real work.
The series comprises three sub-models: Faber U, Faber T and Faber S. Faber U is the most advanced configuration. FF Faber T Industrial EAI Mobile Manipulator has the potential to be deployed at scale for power inspection and data centers. FF Faber S Industrial EAI Mobile Manipulator Wheeled Humanoid Robot offers the largest arm span, together with a full embodied-AI data collection toolchain.
Where the Faber U sits in the series
FF Faber is the first industrial-grade EAI mobile manipulator series in the U.S. ready for commercial sales and delivery. The idea behind it is a combination of three traditions. It takes the high precision of fixed robotic arms and the autonomous mobility of AMRs. It adds the coordinated, flexible operating capabilities of humanoid robots. The result breaks the boundary between those categories.
What sets the Faber U apart is its sensing and compute. It is equipped with the Thor high-performance AI compute platform, dual LiDAR and a multi-camera sensing system. Those three elements put the machine at the top of its series. The series itself is an industrial-grade EAI operator with dual 7-axis arms, 26–35 DOF and an open Ubuntu/ROS platform, built for autonomous, precise operations.
Technical Specifications
| Specification | Value |
|---|---|
| Configuration level | Most advanced configuration in the Faber series |
| AI compute platform | Thor high-performance AI compute platform |
| LiDAR | Dual LiDAR |
| Camera system | Multi-camera sensing system |
| Arms (Faber series) | Dual 7-axis arms |
| Degrees of freedom (Faber series) | 26–35 DOF |
| Lift per arm (Faber series) | Up to 11 pounds for a single arm |
| Operating range (Faber series) | Ground level to about 6.6 feet high |
| Force-control precision (Faber series) | Better than 0.5 newtons |
| Software platform (Faber series) | Open Ubuntu/ROS platform |
| Mobility (Faber series) | Autonomous navigation and omnidirectional mobility |
| Manipulation (Faber series) | Dual-arm coordination and precision operation |
| Customization (Faber series) | Exclusive customization fully supported |
Specifications as published by the manufacturer; confirmed against the datasheet at quotation.
The manufacturer has not published the weight, the dimensions, the battery capacity, the runtime, the payload of the Faber U, the top speed, the ingress protection rating, the connectivity, the contents of the box or the charging method; they are confirmed at quotation.
What makes the Faber U different from a fixed arm or an AMR?
A fixed robotic arm is precise, but everything it handles has to be brought to it. An AMR can travel across a site, but it normally carries nothing on its own unless something else loads it. The Faber series puts the two abilities in one machine. It navigates autonomously, moves omnidirectionally, coordinates two arms and then performs a precise operation at the destination.
Two arms matter because many jobs are awkward for one. A single arm can lift up to 11 pounds, while both arms can work together to handle transport, assembly and delicate operations that would be difficult for one arm alone. Force-control precision better than 0.5 newtons supports that delicate side of the work. The operating range, from ground level to about 6.6 feet, covers low pallets and higher shelves alike.
The openness of the platform is a practical point too. An Ubuntu/ROS base is familiar to many integrators and research teams. It gives them a known environment for their own software, and the series fully supports exclusive customization.
How does the Faber U compare with Faber T and Faber S?
The three sub-models share a family, but each has a different emphasis. The Faber U is the most advanced configuration, with Thor AI compute and multi-sensor fusion. That makes it the natural choice where perception and decision-making are the hard part of the job.
The Faber T has the potential to be deployed at scale for power inspection and data centers. The Faber S has the largest arm span and a full embodied-AI data collection toolchain. No figures that separate the versions are available here, so the series-level numbers in the table above should not be read as differences between them. If you are weighing the three, ask for a side-by-side comparison with the quotation.
Who is the FF Faber U for?
Operations managers in warehousing and logistics are the first group. The series is focused today on industrial loading, unloading and logistics transfer, and the Faber U is the version with the strongest sensing and compute for those tasks.
Light industrial manufacturers are a second group. The series supports intelligent production in light industrial settings, and its customization support suits sites with their own layouts and processes. Retailers and supermarket operators form a third group, since the same platform can support retail and supermarket operations, sorting, and reception and guided services.
Universities, labs and training programs are the fourth group. Research and education are among the series’ uses, and the open Ubuntu/ROS platform helps there. Teams looking at humanoid-style platforms more broadly may also browse the Research Robots category or the Humanoids category. Buyers whose main job is power inspection or data center work should look at the Faber T first.
What is the FF Faber U used for?
- Industrial loading and unloading. The series’ primary focus today, with two arms handling items at ground level and well above it.
- Logistics transfer. The robot navigates autonomously and moves goods between stations without a person carrying them.
- Sorting. Dual-arm coordination and precision operation suit the picking and placing of items into the right place.
- Retail and supermarket operations. Indoor work among shelves and aisles is part of the series’ scope.
- Reception and guided services. A mobile platform with cameras and AI compute can greet and guide people in public-facing spaces.
- Indoor inspection, research and education, and light industrial production. The sensing suite and open platform support inspection rounds, lab work and intelligent production on a smaller scale.
Pricing and Availability
Prices are not listed on this page. Quotation is the way to buy: tell us your application, your site and the number of units, and we will prepare an offer. Delivery, customs and support are arranged with the quotation. The FF Faber U Industrial EAI Mobile Manipulator is available on this page.
Frequently Asked Questions
What AI compute does the FF Faber U use?
It is equipped with the Thor high-performance AI compute platform. The sensing side combines dual LiDAR with a multi-camera system.
How many arms does it have, and how much can they lift?
The Faber series has dual 7-axis arms, with 26–35 DOF. A single arm can lift up to 11 pounds, and both arms can work together on tasks that are hard for one arm.
How high can it work?
Its operating range extends from ground level to about 6.6 feet high. Force-control precision is better than 0.5 newtons.
Does it run on an open software platform?
Yes. The Faber series uses an open Ubuntu/ROS platform, and exclusive customization is fully supported.
What is the full payload, battery life or IP rating?
Those details are not given on this page. Tell us what your application needs and we will bring them with the quotation.
How does it differ from the Faber T and Faber S?
The Faber U is the most advanced configuration, with Thor AI compute and multi-sensor fusion. The Faber T is aimed at power inspection and data centers, and the Faber S offers the largest arm span with a full embodied-AI data collection toolchain.
Where can I buy the FF Faber U and what does it cost?
You can buy it through this page by requesting a quotation. We do not list prices here; the cost is given in the quotation together with delivery, customs and support arrangements.
Summary
Automation often stalls at the point where a machine must reach the work and then handle it. The FF Faber U addresses both halves. It navigates on its own, uses two 7-axis arms with fine force control, and carries the Thor compute platform, dual LiDAR and a multi-camera system. It is the most advanced configuration in a series aimed at loading, unloading and logistics transfer, with room for sorting, retail, guided services, inspection and research. The open Ubuntu/ROS platform and customization support let it fit the site rather than the other way around. To discuss your application and receive an offer, this page is the starting point.