FF Nova Review: Price, Specs, and Availability

FF Nova Price and Who Can Buy It

The FF Nova device costs $2,490 at the time of writing, with an optional Developer Skills Package priced at $390. FF EAI Robotics and Faraday Future announced the machine as the first embodied artificial intelligence (AI) humanoid robot priced below $2,500 in the United States. However, immediate purchasing access is restricted to Phase One applicants.

At The Bot Scout, we track physical hardware delivery claims closely, and FF Nova rollout follows three distinct phases. Phase One is strictly invitation-only and limited to 100 units total. The release states that the first 20 units are ready for immediate delivery. Developers submit an application through developer.ff.com during a seven-day application window, with submissions reviewed on a rolling basis and final invitation results issued after the window closes.

Phase Two opens availability to all developers and educational institutions. Phase Three represents the planned full consumer launch, though neither company publishes a target calendar date for this stage. Commercial sales channels named in the release include FF.com, FF Mall, the official Amazon store, offline direct sales teams, and partners serving schools, universities, and commercial enterprises. Pioneer Edition participants receive priority delivery, early software development kit (SDK) access, and direct technical support.

Locomotion and Sensor Capabilities

FF Nova features 20 degrees of freedom (DoF) across its bipedal chassis. The company release claims the robot operates as a true bipedal humanoid capable of walking, turning, waving, and standing back up unaided after experiencing a fall. The system also walks on two feet, or rides a detachable base for autonomous navigation.

Perception hardware integrates light detection and ranging (LiDAR), wide-angle vision sensors, depth sensing, and a circular microphone array. On the audio and interaction side, FF Nova supports voice AI models, voiceprint recognition, and AI Agent integration.

Software developers work with an open SDK and a Robot Operating System 2 (ROS 2) workflow. The software supports over-the-air (OTA) updates alongside a Skills Store. Prospective buyers tracking broader market pricing across entry-level and advanced bipedal platforms can compare these published figures in our humanoid robot price comparison.

Unpublished Specifications and Mechanical Omissions

Several core mechanical and electrical figures remain unpublished in the joint release. The release gives no physical height, total weight, battery capacity, operating runtime, payload capacity, or maximum walking speed for FF Nova. While various external news summaries print speculative dimensions, those figures do not appear in the official corporate announcement.

Compute hardware details also omit standard processing benchmarks. The release notes that FF Nova carries an onboard edge computing platform, but it discloses no tera-operations per second (TOPS) metric or random-access memory (RAM) allocation. Buyers must treat unverified compute numbers in third-party reporting as unofficial until the makers publish an exhaustive hardware sheet.

Operating runtime and payload limits remain unpublished in the release. Buyers assessing payload and physical dimensions against production models can review published metrics in our analysis of the Unitree G1.

Developer Curriculums and Reinforcement Learning Programs

The release details two corporate developer initiatives tied to FF Nova. The Reinforcement Learning Developer Program runs on the NVIDIA Isaac platform, linking virtual physics simulations directly to hardware validation tests on physical Nova units. This program operates on an invitation-only recruitment model, requiring application codes acquired through developer.ff.com or existing developer referrals.

Accepted participants in the reinforcement learning community receive technical support, training, hackathons, and access to a Developer Support Program for outstanding projects.

The separate Physical AI Spark Program supplies the FF EAI Education Skills curriculum. The makers divide this framework into four operational Skill categories: structured curriculum, cloud services, computing power allocations, and developer tools.

FF Nova Mini Education Hardware

Alongside the full-size robot, the manufacturers announced the FF Nova Mini, an educational biped priced at $299 at the time of writing. The Mini weighs under 1 kg and features an aluminum-alloy frame. The release claims the Mini walks, turns, stands up unaided, keeps dynamic balance, and does a forward roll.

The educational hardware is designed for ages eight and up, utilizing visual block-based programming. Faraday Future previously introduced humanoid hardware such as the Faraday Future Master Mini, which debuted at a starting price of $9,990 in September 2026.

Buyers can also purchase the Physical AI Foundations Curriculum for $499. This package includes 16 live small-group instructional classes conducted over a two-month period. Customers who purchase the $499 curriculum receive a cash voucher applied toward the $299 Nova Mini hardware purchase, subject to the official corporate sales policy.

Official Specifications and Pricing Structure

The table below gathers every technical specification, price point, and release milestone published in the joint launch announcement. Figures reflect company statements released on 15 October 2026.

Any hardware category marked as unlisted indicates that the joint manufacturers omitted the exact metric from their initial press documentation.

Commercial Risks and Corporate Uncertainties

Prospective buyers must weigh substantial corporate and regulatory risks before committing resources to the FF Nova ecosystem. In the forward-looking statements of the release, the companies cite ongoing going-concern doubt. Furthermore, the transaction in which FF EAI Robotics acquires the full robotics business of Faraday Future remains subject to definitive closing conditions that are not complete at the time of writing.

Hardware production dependencies introduce operational vulnerability. The launch announcement explicitly lists the original equipment manufacturer (OEM) partner's ability to supply finished robots on schedule as an ongoing risk. In addition, the companies cite the possibility of United States regulatory restrictions or import bans targeting Chinese robotics products as a market hazard.

Independent hardware verification is completely absent. No independent test, delivery confirmation, or third-party review of Nova has been found at the time of writing. All operational capabilities described in corporate materials represent unverified claims by FF EAI Robotics and Faraday Future.

Procurement Verdict and Strategic Recommendation

FF Nova carries a $2,490 price point, but access barriers make it impractical for teams that require immediate, verifiable physical hardware. Phase One is restricted to 100 invited applicants, leaving commercial developers and independent researchers unable to place direct retail orders.

Engineering teams with rigid project deadlines should not apply for FF Nova Phase One. The release does not publish metrics for height, weight, battery, runtime, payload, or speed. Educational institutions seeking immediate classroom delivery should evaluate verified platforms in our guide explaining how much does a humanoid robot cost across competing vendors.

Our hardware recommendation will shift if the FFR acquisition closes, FF EAI Robotics delivers the initial 20 units to independent evaluators, and publishes audited mechanical specifications. Until verified customer deliveries occur, software teams should treat FF Nova as an invitation-only pilot rather than a mature procurement candidate.