FF Faber T Industrial EAI Mobile Manipulator
In stock
- BRAND:
- FARADAY FUTURE
- MODEL:
- FABER T
- ORIGIN:
- United States
- Warranty:
- 12 MONTHS
- AVAILABILITY:
- PRE-ORDER
- SKU:
- FF-Faber-T
FF Faber T Industrial EAI Mobile Manipulator
The Romans had a word for the person trusted with work that could not be got wrong: faber, the skilled craftsman. Faraday Future borrowed it for a robot series. In the FF Faber T Industrial EAI Mobile Manipulator, the craftsman's workshop has moved somewhere far less comfortable than a carpenter's bench: the switch room of a substation, the aisle of a data centre, or the corners of an energy installation where a careless hand has real consequences. This craftsman rolls rather than walks and works with two arms rather than one. It is valued for the same quality as its namesake: steadiness on tasks where a person would rather not stand.
Robots Middle East supplies the FF Faber T to utilities, data-centre operators, industrial companies and research groups across the Middle East. Robots Middle East prepares the quotation, coordinates delivery to your site and remains your point of contact for support once the robot is at work. A project that runs from procurement through integration to commissioning therefore has a single regional partner, familiar with both the equipment and the conditions in which it will operate.
Background
Faraday Future and the Faber name
Faraday Future (FF) was founded in 2014 and is a U.S.-based Physical AI ecosystem company. Its aim is to reshape the future of robotics and mobility solutions through AI innovation and technologies. The Faber series is one expression of that ambition. It applies embodied artificial intelligence (EAI) to industrial work rather than to demonstration. The choice of name is deliberate. Faber comes from Latin and means "skilled craftsman", which signals a machine judged by the quality of its handiwork rather than by spectacle. The series is an industrial-grade EAI operator built for autonomous, precise operations.
Where the Faber T sits in the series
The Faber series comprises three sub-models, each aimed at a different priority. The Faber U is positioned as the most advanced, with Thor AI compute and multi-sensor fusion. The Faber S offers the largest arm span together with a full embodied-AI data collection toolchain. The Faber T is the model with a deployment record behind it. It has already been deployed at scale for power inspection, energy infrastructure and data centres, and it can take over high-risk tasks from humans, such as closing electrical switches. The Faber T is the working model of the three, aimed at operators who want to put the platform to productive use on infrastructure sites.
Technical Specifications
Most of the mechanical and software figures below apply to the Faber series as a whole rather than to each sub-model, and the table marks them as series figures. Only the deployment row is specific to the Faber T.
| Specification | Value |
|---|---|
| Series | Faber (sub-models Faber U, Faber T, Faber S) |
| Mobility | Autonomous navigation, omnidirectional mobility (series) |
| Arms | Dual 7-axis arms, dual-arm coordination (series) |
| Degrees of freedom | 26–35 DOF across the series |
| Single-arm lift | Up to 11 pounds (series) |
| Operating range | Ground level to about 6.6 feet high (series) |
| Force-control precision | Better than 0.5 newtons (series) |
| Software platform | Open Ubuntu/ROS platform (series) |
| Customisation | Exclusive customisation fully supported (series) |
| Faber T deployment | Power inspection, energy infrastructure, data centres |
Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.
The manufacturer has not published the dimensions, weight, battery capacity, runtime, compute platform, sensors, drive speed, IP rating, connectivity, contents of the box or exact total degrees of freedom of the Faber T; these are confirmed at quotation.
What sets the Faber T apart from the Faber U and Faber S?
All three Faber models share the same series foundation: dual 7-axis arms, autonomous navigation, omnidirectional mobility and an open Ubuntu/ROS platform. They differ in what each is built to emphasise. The Faber U is defined by its intelligence hardware. It carries the Thor high-performance AI compute platform, dual LiDAR and a multi-camera sensing system, which makes it the choice where perception and onboard computation lead the requirement. The Faber S is defined by reach and data, with the largest arm span in the series and a complete embodied-AI data collection toolchain.
The Faber T is defined by application. Faraday Future does not single it out for compute or arm span. It singles it out for work in the field: power inspection, energy infrastructure and data centres, all at scale. For a buyer, that distinction matters. A model chosen for its deployment record answers a different question from one chosen for its specification sheet. The question is not how capable the robot could be, but whether it already does the job. Buyers comparing the three models can ask Robots Middle East to set out the Faber T's compute and sensor configuration alongside its siblings, so that the comparison rests on firm figures rather than assumptions.
Can a robot take over high-risk electrical work?
One task stands out: closing electrical switches. It is a fitting example of why the Faber T exists. Operating switchgear exposes personnel to arc-flash and electrical hazards. Every time the operation is handed to a machine, a person is kept out of the line of risk.
Several series characteristics support this kind of work. Force-control precision better than 0.5 newtons allows the arm to apply measured pressure rather than brute force. This matters when a mechanism has to be operated deliberately rather than struck. An operating range from ground level to about 6.6 feet high covers controls mounted low on a cabinet as well as those at head height. Dual-arm coordination allows both arms to work together on operations that would be difficult for one arm alone. Autonomous navigation and omnidirectional mobility let the robot position itself in front of the equipment in a confined switch room or between rows of racks. Every site has its own switchgear and procedures. Integration should therefore be planned with Robots Middle East and the customisation options the series supports, so that the robot is matched to the equipment it will operate.
Who is the FF Faber T for?
The clearest fit is the electricity sector. Transmission and distribution operators, substation owners and power-plant maintenance teams have inspection and switching routines that combine repetition with risk. Data-centre operators form a second group. Their halls run continuously, so a mobile manipulator that navigates autonomously between racks fits their pattern of round-the-clock oversight. Energy infrastructure operators more broadly, including those running large facilities with dispersed electrical equipment, make up the third.
Beyond these, the series' primary focus on industrial loading, unloading and logistics transfer makes the platform relevant to manufacturers and warehouse operators. The open Ubuntu/ROS platform and full support for exclusive customisation suit system integrators who build solutions for their own clients.
Some buyers will be better served by a sibling model. Teams whose priority is high-end perception and onboard AI should look at the FF Faber U Industrial EAI Mobile Manipulator, with its Thor compute platform and dual LiDAR. Research groups gathering training data for embodied AI will find the data collection toolchain and long arm span of the FF Faber S Industrial EAI Mobile Manipulator Wheeled Humanoid Robot (Coming Soon) a closer match. Laboratories surveying the wider field can browse our Research Robots category.
What is the FF Faber T used for?
- Closing electrical switches: taking over a high-risk switching task so personnel stay clear of live equipment.
- Power inspection: carrying out inspection work across electrical assets, where the Faber T is deployed at scale.
- Data-centre operations: moving autonomously through server halls to support continuous facility oversight.
- Energy infrastructure maintenance: supporting routine operations at energy sites with dispersed equipment.
- Industrial loading and unloading: handling parts and materials, the primary focus of the Faber series today.
- Logistics transfer: using coordinated arms and omnidirectional mobility to move items between stations.
Pricing and Availability
The FF Faber T is supplied on quotation. Each deployment depends on the site, the tasks and the degree of customisation required, and Robots Middle East will prepare an offer that reflects your configuration. Delivery, customs clearance and after-sales support are arranged together with the quotation. To begin, share a short description of your site and the tasks you have in mind. A quotation request for the FF Faber T is available on this page.
Frequently Asked Questions
What is the FF Faber T designed to do?
The Faber T is the Faber sub-model deployed at scale for power inspection, energy infrastructure and data centres. It can take over high-risk tasks from humans, such as closing electrical switches.
How much can each arm lift?
A single arm of the Faber series can lift up to 11 pounds. Both arms can work together on transport, assembly and delicate operations that one arm alone would find difficult.
What software does the robot run?
The Faber series runs on an open Ubuntu/ROS platform. Development teams can therefore work with familiar robotics tools.
How does the Faber T differ from the Faber U?
The Faber U carries the Thor high-performance AI compute platform, dual LiDAR and a multi-camera sensing system. The Faber T is positioned around its field deployment in power and data-centre work, and Robots Middle East can set out its configuration in your quotation.
Can the Faber T be customised for my site?
Yes. The Faber series fully supports exclusive customisation, and Robots Middle East discusses your requirements as part of the quotation.
Can the Faber T reach controls at different heights?
Yes. The Faber series operates from ground level to about 6.6 feet high, covering low cabinet controls as well as those at head height.
Where can I buy the FF Faber T and what does it cost?
You can buy the FF Faber T from Robots Middle East, which supplies it across the Middle East. The cost depends on configuration and customisation, so it is set out in a tailored quotation that you can request on this page.
Summary
Faraday Future named its series after the skilled craftsman, and the Faber T is the model that carries that name into the field. It works where the stakes are highest: the switch rooms, inspection routes and server halls of power and digital infrastructure. Its series foundation is clear: dual 7-axis arms, a single-arm lift of up to 11 pounds, an operating range from ground level to about 6.6 feet, force control finer than 0.5 newtons and an open Ubuntu/ROS platform. On that foundation, the Faber T adds a record of use at scale and the ability to stand in for people on dangerous tasks. Robots Middle East handles supply, delivery and support across the region. For any organisation ready to hand its riskiest routine work to a capable machine, this page is the starting point.