FF Futurist Full-Size Humanoid Robot
In stock
- BRAND:
- FARADAY FUTURE
- MODEL:
- FUTURIST
- ORIGIN:
- United States
- AVAILABILITY:
- PRE-ORDER
- SKU:
- FF-Futurist
FF Futurist Full-Size Humanoid Robot
A human-shaped machine raises a practical question before it raises a technical one: what work should its body make possible? The FF Futurist Full-Size Humanoid Robot brings that question into academic research, commercial applications and real-world deployment. Faraday Future describes the All-New Futurist as a full-size professional EAI humanoid with NVIDIA SONIC full-body motion control. For prospective buyers, its significance lies in the relationship between physical articulation and the application being developed, rather than in appearance alone. Assessing that relationship starts with the published body specifications and a clear distinction between the All-New Futurist and the Ultra version.
The product is available through this page, by quotation.
Background
Faraday Future and its Physical AI direction
Founded in 2014, Faraday Future (FF) is a U.S.-based Physical AI ecosystem company. Its stated focus connects robotics and mobility through AI innovation and technologies. The Futurist sits within that broader direction as a professional humanoid offering, bringing the company's Physical AI positioning into a platform intended for work beyond a purely digital environment.
For a purchasing team, that background provides context rather than a substitute for technical evaluation. A robotics project still needs a defined task, an integration plan and acceptance criteria. Company positioning helps explain why the product exists; the suitability of a particular configuration must be assessed against the work it is expected to support.
Whole-body control and professional positioning
The All-New Futurist combines a full-size humanoid format with NVIDIA SONIC full-body motion control. Its intended uses encompass academic research, commercial applications and real-world deployment. This places it within the professional Humanoids category, where buyers consider the relationship between a robot's physical structure, its control approach and the environment in which it will be evaluated.
Whole-body coordination is a relevant subject for humanoid research because movement involves more than isolated joints. Researchers commonly examine how posture and articulated motion interact during a task. That general research context explains the interest in a full-body control platform without establishing any particular task performance, manipulation capability or level of autonomy for this product.
Technical Specifications
| Specification | All-New Futurist |
|---|---|
| Height | approximately 5 feet 8 inches |
| Weight | about 121 pounds |
| Weight reduction against previous generation Futurist | around 14% |
| Body degrees of freedom | 31 degrees of freedom, excluding the hands |
| Peak knee-joint torque | 320 newton meters |
Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.
The manufacturer has not published payload, IP rating, maximum walking speed, degrees of freedom of the hands, sensor suite, connectivity, what is in the box, charging time, operating system or dimensions beyond the stated height; these details are confirmed at quotation.
How does the All-New Futurist differ from the Ultra version?
The All-New Futurist is described through its full-size professional EAI positioning, NVIDIA SONIC full-body motion control and published physical specifications. The Ultra version has a separate computing distinction: it is powered by the Jetson Thor high-performance AI compute platform. Autonomous charging is also identified as a feature the Ultra version will support. These Ultra-specific features should not be treated as included features of the All-New Futurist configuration.
This distinction matters when preparing a technical brief. A team interested primarily in body articulation should define the movement and control work it intends to undertake. A team specifically seeking Jetson Thor computing or autonomous charging should identify the Ultra version in its enquiry. Neither the platform name nor autonomous charging establishes the software interfaces, charging time or complete integration requirements.
The previous generation Futurist provides a narrower comparison. The All-New Futurist weighs about 121 pounds and is around 14% lighter than that generation. That comparison concerns weight; it does not establish changes in payload, endurance or application performance. Keeping the comparison within its stated scope makes it more useful for procurement than treating a generational change as a general performance guarantee.
Who is FF Futurist Full-Size Humanoid Robot for?
Academic research groups are a central audience. A full-size humanoid can form the subject of investigations into embodied systems, articulated movement and the relationship between control and physical behaviour. For such teams, the starting point is a research question: what must the platform allow the team to observe, command or measure? Access requirements and experimental methods belong in the enquiry rather than being assumed from the humanoid format.
Commercial development teams are another intended audience. Their evaluation should connect the proposed use case to a defined environment, a supervision plan and measurable acceptance criteria. A professional humanoid is not, by itself, evidence that an existing process can be automated without changes. The purchasing brief should describe the work and the constraints around it before selecting a configuration.
Teams whose requirements specifically include Jetson Thor computing or autonomous charging should direct their enquiry towards the Ultra version. Buyers focused on the All-New Futurist's published body specifications should keep that configuration explicit. This version-led approach helps prevent a proposal from combining features that belong to different product descriptions.
What is FF Futurist Full-Size Humanoid Robot used for?
- Academic research planning: Frame studies around a professional full-size humanoid and define the access needed for the research programme.
- Whole-body motion investigation: Examine research questions involving coordinated body movement and the NVIDIA SONIC control approach.
- Embodied AI development: Structure experimental work around the relationship between computational decisions and an articulated physical platform.
- Commercial application evaluation: Assess a proposed business use against explicit task requirements rather than assumed capabilities.
- Real-world deployment preparation: Plan the environment, supervision and acceptance process before introducing a humanoid into an operational setting.
- Configuration assessment: Compare All-New Futurist requirements with Ultra-specific computing and autonomous-charging priorities.
Pricing and Availability
Request a quotation identifying the intended version, application and deployment environment. A useful enquiry explains the work being considered, the technical information needed for evaluation and the acceptance criteria the project will use. Where the application depends on an unpublished specification, identify that requirement explicitly so it becomes part of the configuration discussion.
Delivery, customs and support are arranged with the quotation. For Gulf-based projects, the enquiry should identify the destination and the organisation's operational requirements without assuming a particular import or support arrangement. A configuration-specific quotation is available on this page.
Frequently Asked Questions
Is the Futurist intended for research or commercial use?
The All-New Futurist is designed for academic research, commercial applications and real-world deployment. A proposed task still needs its own technical assessment and acceptance criteria.
How tall and heavy is the All-New Futurist?
It stands approximately 5 feet 8 inches tall and weighs about 121 pounds. It is around 14% lighter than the previous generation Futurist.
Does the body articulation figure include the hands?
No. The All-New Futurist has 31 degrees of freedom across the body, excluding the hands; the body figure must not be presented as a total including hand articulation.
What motion-control system does it use?
The All-New Futurist uses NVIDIA SONIC full-body motion control. A project brief should separately identify the control access and integration information needed for the intended work.
Does the All-New Futurist include Jetson Thor?
Jetson Thor is identified for the Ultra version, not as a feature of the All-New Futurist configuration. Specify Ultra in the enquiry when that computing platform is a requirement.
Does the Ultra version support autonomous charging?
Autonomous charging is a stated feature the Ultra version will support. That feature does not establish charging duration or the charging equipment included with a particular configuration.
Where can I buy FF Futurist Full-Size Humanoid Robot and what does it cost?
The product is available by quotation through this page. Request a proposal for the required version, with the application and destination included so the commercial scope can be defined.
Summary
The useful question is not simply whether a robot has a human shape, but how that body relates to the work being proposed. The All-New Futurist brings together a professional full-size format, NVIDIA SONIC full-body motion control and published articulation and knee-joint torque figures. The Ultra version introduces a separate computing and autonomous-charging proposition that deserves its own configuration discussion.
A sound purchasing decision keeps those distinctions intact and turns unanswered technical questions into explicit quotation requirements. For a research programme or commercial evaluation built around a clearly defined task, this page is the starting point.