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Robot index / Fourier Robotics

Fourier Robotics GR-3C

Editorial assessment: GR-3C is the hard-shell functional branch of GR-3, with an Ultra navigation configuration. Relevant to assistive, teleoperation and embodied-AI experiments. Confirm camera, hands, LiDAR and software packages rather than inheriting social GR-3 features.

AnnouncedBipedal research humanoidResearch updated Nov 1, 2026

Published specifications are sourced claims. Read our evidence standard ↗

3 kgPayload
180 minRuntime
--Max speed
Fourier GR-3C hard-shell humanoid shown in official catalogue

Image: Fourier Robotics

Industrial Applications

Editorial assessment: GR-3C is the hard-shell functional branch of GR-3, with an Ultra navigation configuration. Relevant to assistive, teleoperation and embodied-AI experiments. Confirm camera, hands, LiDAR and software packages rather than inheriting social GR-3 features.

This editorial assessment concerns industrial buyer readiness. It is not an independent performance test.

EU regulatory fitUnknown
Cybersecurity fitUnknown
Serviceability fitUnknown
Supply chain fitUnknown

Manipulation and Perception

Series-rated arm load about 3 kg. Hand options change actuator count up to 55.

Brochure lists OAK camera/IMU and variant-dependent interaction features. Robosense Airy LiDAR is optional for GR-3C Ultra.

SDK and Integration

Official Aurora SDK publishes Python examples and MuJoCo tools. Match robot edition and actuator firmware to the supported release.

API typeneeds_verification
LanguagesPython
ROS supportExact model ROS interface/version not established by reviewed Aurora README.
Simulationneeds_verification
Offline operationLocal control interfaces exist; complete application cloud dependence unverified.
TeleoperationModel-specific controller and teleoperation procedures documented; verify supplied edition.
Software updatesAurora requires compatible actuator communication/driver firmware; obtain supported release and rollback procedure.
DocumentationOpen documentation
Code examplesOpen repository
Integration constraintsGR-3 is not positioned as a factory-production robot. If used on an industrial site, likely use cases are reception, worker guidance, training, demos, care, or human-interaction research rather than direct machine tending or material handling.

Aurora README lists GR-3 but does not separately enumerate GR-3C/Ultra. Confirm exact variant compatibility before purchase.

Safety Notes

Hard shell and navigation modules do not establish collaborative certification. Obtain model-specific stopping, guarding and emergency-stop documentation.

Compliance and Certificates

StandardStatusJurisdictionEvidence
CE marking Unknown European Union No exact-model certificate or declaration verified in reviewed material; this does not establish absence of conformity.
EU AI Act applicability review Unknown European Union No exact-model certificate or declaration verified in reviewed material; this does not establish absence of conformity.
EU Machinery Regulation / Machinery Directive review Unknown European Union No exact-model certificate or declaration verified in reviewed material; this does not establish absence of conformity.
ISO 10218 review required Unknown International / European Union No exact-model certificate or declaration verified in reviewed material; this does not establish absence of conformity.

Commercial Readiness

PricingNo verified public exact-configuration price. Contact supplier for a dated quotation.
Price rangeQuote-based or unverified
Lead timeNeeds verification
Availability regionsInternational enquiry; exact destination and delivery unverified
Spare partsConfirm soft-shell replacement parts, batteries, microphones, cameras, pressure sensors, and service intervals before deployment.
WarrantyExact-model warranty period, exclusions and local repair obligations unverified.
Configuration and pricing basisContact sales / request quote
Distributors and serviceNo exact-model EU distributor or installation SLA verified.

Current stock, final configured quote and binding delivery date must be obtained from the supplier.

Specifications

Height1642 mm
Weight71.00 kg
Payload3.00 kg
Runtime180 min
Battery and runtime conditionsGR-3 series brochure: 702+234 Wh hot-swap packs; about three hours average runtime, workload unspecified.
Degrees of freedomUnknown
Max speedUnknown
GR-3C / GR-3C UltraHard-shell GR-3C and Ultra differ from soft-shell GR-3. LiDAR is an optional Ultra feature; do not transfer GR-3 head/torso tactile sensing or dialogue package. Source ↗

Sources and Further Reading

  • Fourier Aurora SDK official repository ↗ Fourier Robotics · Accessed Nov 1, 2026

    v1.3.0 lists GR-1P, GR-2, GR-3 and N1; Python examples, Chinese/English docs and MuJoCo tools. Firmware minimums apply; do not infer all historical GR-1 configurations are supported.

  • Fourier GR-3 series official catalogue ↗ Fourier Robotics · Accessed Nov 1, 2026

    Current JavaScript catalogue distinguishes GR-3 and GR-3C. Configurations differ in shell, tactile sensing and optional navigation sensors.

  • Fourier GR-3 series product brochure ↗ Fourier Robotics · Accessed Nov 1, 2026

    Downloaded and inspected all ten pages, including configuration matrix. GR-3C Ultra has optional Airy LiDAR; GR-3 soft surface/tactile features are not automatically part of GR-3C. Brochure uses up-to-55 actuator count and approximate dimensions. Publication date not established.