Welcome, FF Nova!
FF Nova is a compact humanoid robot from Faraday Future Intelligent Electric Inc., aimed at developers, educators, and university researchers. Priced at $2,490, it stands 49.7 cm tall and weighs 2.8 kg, making it a small platform for classroom and laboratory experimentation. Its hardware includes 20 overall degrees of freedom, electric servo actuators, and onboard computing rated at 10 TOPS, supported by 8 GB of RAM and 32 GB of storage. A 4 MP wide angle camera, a 3D ToF sensor, and 2D LiDAR form its sensing package. Its demonstrated capability set includes obstacle avoidance and standing up after a fall. An overall skill score of 2 out of 10 places FF Nova at an early stage, with navigation rated 2 out of 5 and manipulation rated 0 out of 5. These ratings position it as an introductory research and education platform rather than a mature system for physical work. Its listed battery runtime is one hour per charge, an important consideration when planning lessons or experiments.
Obstacle avoidance and recovery after a fall provide two concrete topics for technical exploration. Developers can use these capabilities to investigate how a compact humanoid responds to nearby obstacles and returns to a standing position after losing balance. The combination of LiDAR, depth sensing, and a camera offers a useful hardware foundation for studying environmental perception around the robot. An open SDK supports development work, while onboard computing provides resources for software experimentation. In education, these features offer a practical basis for lessons about sensing, balance, and recovery. University projects can examine obstacle avoidance behavior and repeatability of standing recovery under controlled conditions, keeping expectations aligned with the platform’s preliminary navigation rating.
FF Nova is listed as in production, with Faraday Future Intelligent Electric Inc. identified as its manufacturer. The robot is associated with the company’s sister organization, FF EAI Robotics Ecosystem, extending the Los Angeles electric vehicle maker’s activities into robotics. Its $2,490 price positions it as a comparatively accessible entry point for institutions considering a compact humanoid platform. The intended audience spans developers, school STEM programs, and university researchers, giving it a role across introductory teaching and technical experimentation. Its broader significance lies in packaging humanoid hardware, onboard computing, and multiple sensor types into a small educational platform. The early overall score remains an important boundary: FF Nova is a starting point for exploration, not a mature general purpose worker.
