FF Master Ultra Humanoid Robot

A convincing humanoid demonstration and a useful robotics project are not the same thing. The difference lies in understanding what the platform provides, how people will control it and what the intended task demands. FF Master Ultra Humanoid Robot brings articulated movement, onboard AI computing, environmental sensing and VR remote manipulation into that discussion. For a buyer, its value begins with matching those elements to a defined programme rather than treating a humanoid form as proof of readiness for every human task.

The product is available through this page, by quotation.

Background

FARADAY FUTURE and the FF Master family

FARADAY FUTURE names FF Master, Master Edu and Master Ultra within the product family. The specifications presented here belong to Master Ultra throughout. This distinction matters when preparing an equipment brief: a shared family name does not make computing, sensing, power arrangements or accessories interchangeable between versions.

For organisations evaluating Humanoids, the useful starting point is the proposed activity. Teaching robot control, investigating perception and presenting a supervised demonstration place different demands on equipment and staff. A purchasing brief should therefore describe the work first, then identify the version and supporting arrangements needed to undertake it.

The Ultra configuration: movement, perception and computing

Master Ultra combines 30 DOF with NVIDIA Orin NX 16GB (157 TOPS). Its sensing equipment includes 3D LiDAR, an interactive RGB camera, dual front RGB cameras, a rear RGB camera and an RGB-D camera. These are distinct elements of the configuration, not interchangeable descriptions of a single camera system.

The product also supports 4G/5G connectivity and VR remote manipulation. Together, these specifications make movement, sensing, computing and operator involvement the central subjects of an evaluation. They do not, by themselves, define a finished application. Software, operating procedures and the requirements of the intended environment remain important parts of a robotics project.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the payload, battery capacity, runtime of the Ultra version, IP rating, dimensions beyond height, operating temperature, charging time, Wi-Fi and Bluetooth details for Ultra, or box contents; these details are confirmed at quotation.

How do computing, sensing and remote manipulation fit together?

The Ultra configuration addresses several parts of a robotics workflow. Cameras and LiDAR provide sensing hardware; the NVIDIA Orin NX 16GB supplies onboard AI compute; articulated movement provides a physical subject for control; and VR remote manipulation introduces an operator-controlled approach. Their presence gives a technical team several areas to investigate within the same platform.

Those areas should still be assessed separately. A computing figure does not establish the performance of a particular vision model. A camera list does not establish recognition accuracy. Equally, a peak torque figure is not a payload rating, and maximum speed is not a recommended speed for a shared workspace. Keeping these distinctions clear makes a comparison between robots more meaningful.

For remote operation, define what the operator needs to see, which actions they need to command and how supervision will work. The stated support for VR remote manipulation is relevant to that brief, while the required controller, software and communications arrangements belong in the quotation discussion. This turns a broad capability into a concrete evaluation plan.

Who is FF Master Ultra Humanoid Robot for?

Research teams investigating embodied robotics have a clear reason to examine a platform that combines articulated movement with several sensing types and onboard computing. The practical buying question is whether its control access, software environment and integration arrangements match the proposed experiment. Those requirements should be written into the project brief before equipment is selected.

Educational institutions can approach the robot as a subject for supervised work across perception, control and human–robot interaction. A teaching programme needs more than hardware: learning objectives, staff preparation and suitable exercises determine whether a platform fits the course. Buyers comparing family options can also review FF Master Edu Humanoid Robot, while keeping the Ultra figures on this page separate from that version.

Innovation teams and organisations planning technical demonstrations can assess Ultra against a specific presentation or trial. Define the audience, operating area, supervision and intended interaction in advance. For Gulf projects, site conditions and local operating requirements deserve explicit attention during procurement rather than assumptions based on a demonstration elsewhere.

What is FF Master Ultra Humanoid Robot used for?

1. Embodied robotics evaluation: Structure a project around the relationship between sensing, computation and physical movement.
2. Perception research planning: Assess how the listed LiDAR and camera equipment fits a proposed environmental sensing study.
3. Motion-control investigation: Use the articulated configuration as the basis for defining supervised control experiments.
4. Remote manipulation trials: Explore an operator-led workflow built around the stated VR remote manipulation support.
5. Robotics education: Plan supervised teaching activities that connect hardware specifications with broader robotics principles.
6. Technical demonstrations: Develop a defined presentation with clear operating boundaries, staff responsibilities and evaluation goals.

Pricing and Availability

Request a quotation for FF Master Ultra Humanoid Robot with a short description of your intended application, installation location and technical requirements. Include the required operator workflow and any software or accessory needs so that the proposed configuration can be reviewed against the project rather than selected by name alone.

Delivery, customs and support are arranged with the quotation. Use the quotation process to establish the scope of supply, documentation and acceptance criteria before committing to a deployment plan. A quotation request for this product is available on this page.

Frequently Asked Questions

How tall and heavy is Master Ultra?

Master Ultra is 1.31 m tall and weighs 39 kg. Site planning should also account for the intended movements, supervision and access arrangements rather than using standing height alone.

What computing hardware does Master Ultra use?

Master Ultra uses NVIDIA Orin NX 16GB (157 TOPS). Teams planning custom workloads should include their software and integration requirements in the quotation brief.

Which cameras and sensors are included in the specification?

The sensing configuration includes 3D LiDAR, an interactive RGB camera, dual front RGB cameras, a rear RGB camera and an RGB-D camera. Assess these components against the views and environmental information required by the proposed task.

Does Master Ultra support remote manipulation?

Yes, Master Ultra supports VR remote manipulation and 4G/5G connectivity. Specify the intended operator setup and communications environment when requesting a quotation.

What movement figures are stated for Master Ultra?

Master Ultra has 30 DOF, peak torque of 120 N·m and a max speed of 1.8 m/s. These figures describe different characteristics and should not be treated as a substitute for a task-specific operating assessment.

Can I use specifications from another FF Master version?

No: keep each version's specifications with that version. Master Ultra is the configuration described here, and a family resemblance does not establish identical equipment or performance.

Where can I buy FF Master Ultra Humanoid Robot and what does it cost?

The product is available through this page by quotation. Submit your application and configuration requirements to obtain a quotation covering the proposed supply and associated arrangements.

Summary

The strongest basis for choosing a humanoid is a defined job, not the impression created by its appearance. Master Ultra brings together 30 DOF, NVIDIA Orin NX 16GB (157 TOPS), LiDAR and camera sensing, and support for VR remote manipulation. These are concrete points around which to build an evaluation, while the application still needs its own software, procedures and acceptance criteria.

Begin with the task, identify the people who will operate and supervise the robot, and set out what a successful trial must demonstrate. That approach connects the hardware specification to a practical purchasing decision without confusing a demonstration with a completed deployment. For a quotation grounded in those requirements, this page is the starting point.