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
The handover between moving material and working on it is often where an industrial workflow becomes complicated. A mobile manipulator addresses that boundary by bringing manipulation to the place where the task happens. The FF Faber U Industrial EAI Mobile Manipulator occupies the most advanced configuration level in Faraday Future’s Faber series, combining Thor AI computing with environmental sensing. Its purchasing case begins with the workflow rather than the robot alone: what must be moved, what must be handled, and how those activities connect across a working site.
The product is available through this page, by quotation.
Background
Faraday Future and the Faber family
Founded in 2014, Faraday Future (FF) is a U.S.-based Physical AI ecosystem company focused on robotics and mobility solutions through AI technologies. Its Faber series brings industrial manipulation and autonomous movement into a shared platform concept. The name Faber comes from Latin and means “skilled craftsman”, reflecting the family’s emphasis on handling work rather than movement alone.
The series comprises Faber U, Faber T and Faber S. These configurations have distinct positions: Faber U is the most advanced, Faber T is positioned for potential deployment at scale in power inspection and data centres, and Faber S offers the largest arm span with a full embodied-AI data collection toolchain. These distinctions matter when choosing a platform for a defined project.
Mobile manipulation with an open software platform
The Faber series combines the precision of fixed robotic arms, the autonomous mobility of AMRs and the coordinated operating capabilities of humanoid robots. Its stated capabilities include autonomous navigation, omnidirectional mobility, dual-arm coordination and precision operation. An open Ubuntu/ROS platform provides the software context for integration work.
Faber U adds a Thor high-performance AI compute platform, dual LiDAR and a multi-camera sensing system. These are its specific computing and sensing identifiers. The series also supports exclusive customisation, making the application brief an important part of procurement rather than an administrative step after selection.
Technical Specifications
| Specification | Value and scope |
|---|---|
| LiDAR configuration | Faber U: dual LiDAR |
| Arm arrangement | Faber series: dual 7-axis arms |
| Degrees of freedom | Faber series: 26–35 DOF |
| Single-arm lift | Faber series: up to 11 pounds |
| Vertical operating range | Faber series: ground level to about 6.6 feet high |
| Force-control precision | Faber series: better than 0.5 newtons |
Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.
The manufacturer has not published the weight, dimensions, battery capacity, runtime, payload of Faber U, top speed, ingress protection rating, connectivity, box contents or charging method; these details are confirmed at quotation.
The distinction between configuration-specific and series-wide information is important. The arm, lift, operating-range and force-control figures above describe the Faber series, not a separately documented Faber U configuration. In particular, the series single-arm lift figure is not a published payload rating for Faber U. A procurement specification should keep those categories separate when setting acceptance criteria.
What makes Faber U different from the other Faber versions?
Faber U’s defining distinction is its combination of Thor high-performance AI computing and multi-sensor sensing. It is the most advanced configuration in the family, while the other named versions emphasise different priorities. That makes compute and sensing the clearest starting point for a comparison, rather than assuming that every series figure describes every configuration identically.
The presence of dual LiDAR and a multi-camera system gives an integration team concrete hardware features to include in its assessment. It does not, by itself, specify performance in a particular aisle, lighting condition or handling task. Those requirements belong in the application brief, alongside the objects being handled and the movement expected between work areas.
The open Ubuntu/ROS platform is a series characteristic, as is support for customisation. For an engineering team, the practical question is how the proposed configuration fits its software, operational procedures and validation process. Begin with the required workflow, then use the quotation process to establish the configuration and project scope.
Who is Faber U for?
Faber U is relevant to industrial automation teams evaluating mobile manipulation for loading, unloading and logistics transfer, the Faber series’ primary use cases. It also warrants consideration by integrators bringing movement and handling into a coordinated application. Buyers prioritising the family’s most advanced computing and sensing configuration have a clear reason to assess U specifically.
Research and education are also named series applications. Teams considering Research Robots can assess Faber U as a platform for work involving mobile manipulation, while defining their required software access, experimental setup and acceptance tests separately. An open platform is a useful starting point, but a project still needs a precise integration brief.
For power inspection and data-centre projects, compare the Faber T, whose stated positioning is potential deployment at scale in those settings. For projects prioritising arm span and an embodied-AI data collection toolchain, assess the Faber S. Neither sibling’s distinguishing feature should be treated as a Faber U specification.
What is Faber U used for?
- Industrial loading and unloading: Evaluate the platform against the transfer points, object characteristics and handling sequence of the proposed process.
- Logistics transfer: Bring movement and manipulation into the assessment of material flow between working areas.
- Sorting and retail operations: Consider the series for sorting tasks and retail or supermarket workflows with clearly defined handling requirements.
- Indoor inspection: Assess a mobile manipulation approach for indoor inspection projects, with the inspection scope established in advance.
- Research and education: Explore mobile manipulation and coordinated arm operation within a structured development or teaching programme.
- Guidance and light industrial production: Evaluate reception, guided services or intelligent production tasks against the proposed configuration.
Pricing and Availability
Request a quotation for Faber U based on the intended application, site conditions and integration scope. A useful enquiry describes the objects involved, the handling sequence, the working environment and the software interfaces required by the project. This helps distinguish the robot configuration from the wider engineering work needed to introduce it into an operational process.
Delivery, customs and support are arranged with the quotation. Include requests for the configuration-specific datasheet and an itemised statement of supplied equipment so the project has a clear procurement baseline. To begin that process, request the Faber U quotation available on this page.
Frequently Asked Questions
What is the FF Faber U Industrial EAI Mobile Manipulator?
It is the most advanced configuration in Faraday Future’s Faber industrial mobile manipulator series. Faber U includes the Thor high-performance AI compute platform, dual LiDAR and a multi-camera sensing system.
Does Faber U use Ubuntu and ROS?
The Faber series has an open Ubuntu/ROS platform. Include the required software environment, interfaces and integration responsibilities in the quotation brief.
What payload can Faber U handle?
A Faber U-specific payload has not been published. The series figure of up to 11 pounds for a single arm must remain separate from a configuration-specific payload requirement.
Which industrial tasks are the main focus?
The Faber series primarily targets industrial loading, unloading and logistics transfer. Its other named applications include sorting, indoor inspection and intelligent production in light industrial settings.
Can the platform be customised?
The Faber series supports exclusive customisation. Describe the intended task and site requirements in the enquiry so that the proposed scope is explicit.
How should I compare Faber U with Faber T and Faber S?
Compare U for its advanced compute and sensing configuration, T for its positioning towards power inspection and data centres, and S for its largest arm span and embodied-AI data collection toolchain. Select against the project’s priorities rather than treating the versions as interchangeable.
Where can I buy Faber U and what does it cost?
Faber U is available through this page by quotation. Request a proposal covering the required configuration, customisation and project arrangements.
Summary
The difficult part of mobile manipulation is not simply moving or handling material; it is connecting those activities within a useful workflow. Faber U addresses that purchasing brief as the most advanced Faber configuration, with Thor AI computing, dual LiDAR and multi-camera sensing, within a series built around autonomous mobility and coordinated manipulation.
A sound evaluation keeps Faber U-specific details separate from series-wide figures and compares the sibling versions against the actual application. For a quotation that brings the configuration, integration scope and outstanding technical details together, this page is the starting point.