ManufacturerFaraday Future Intelligent Electric Inc.Robot model · No. 8

FF Nova Mini

Mini Humanoid · Education & Training

CommercialUSA

Key fact349 x 176 x 99 mm H x W x L · Servo-driven joints

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Model details

Model specifications

Dimensions349 x 176 x 99 mm H x W x L

Actuation TypeServo-driven joints

Arm Degrees of Freedom3 per arm

Audio OutputBuilt-in voice responses

Autonomous Charging DockNot publicly disclosed/verified

AvailabilityCommercially Available

Balance SensorBuilt-in gyroscope

Battery Capacity2000 mAh

Battery TypeRechargeable lithium battery pack

Bluetooth Frequency2400–2483.5 MHz

Body MaterialAluminum-alloy frame; ABS and PC shell

BrandFF (Faraday Future)

Charging MethodDC charging interface

Charging TimeApproximately 50–60 minutes

Degrees of Freedom17 DOF

Exact ModelFF Nova Mini

External Data PortUSB Type-C

Fall RecoveryAutomatic self-righting supported

Gait SystemAdaptive bipedal gait control

Head Degrees of Freedom1

IP Protection RatingNot publicly disclosed/verified

Joint TorqueNot publicly disclosed/verified

Leg Degrees of Freedom5 per leg

LiDARNot publicly disclosed/verified

Maximum Bluetooth RF Power20 dBm

Maximum Running SpeedNot publicly disclosed/verified

Maximum Walking SpeedNot publicly disclosed/verified

MicrophoneBuilt-in

Motion TeachingManual pose-record-playback

NationalityUnited States

Operating RuntimeApproximately 50 minutes

Operating Temperature0–35°C

Payload CapacityNot publicly disclosed/verified

Power Adapter InputAC 100–240 V, 50/60 Hz, 0.6 A

Power Adapter OutputDC 8.4 V, 2 A

Primary Control MethodsVoice, web-based Brain Blocks, mobile app

Programming InterfaceVisual block programming

Responsible Robotics CompanyFF EAI-Robotics Inc.

Robot TypeMicro-sized programmable bipedal humanoid

Servo Motors17

Software UpdatesOTA supported

Vision CameraNot publicly disclosed/verified

Voice ProgrammingSequential commands supported

Weight0.94 kg

Wireless ConnectivityBluetooth BLE 4.2

About the FF Nova Mini

Lightweight 17-DOF programmable humanoid robot for STEM education, featuring independent bipedal walking, automatic fall recovery, voice commands, block-based programming, and manual motion teaching.

Typical applications: Education & Training, Personal Use, Entertainment & Commercial Experiences, Research & Development, Exhibition & Public Demonstrations, Development Platform.

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