Factory Fit
Most relevant Galbot model for European factory owners because it targets heavy handling, logistics, and industrial workflows. Main adoption blockers are EU conformity evidence, safety integration, service coverage, and proof of uptime in real production.
| EU regulatory fit | unverified |
|---|---|
| Cybersecurity fit | Partial |
| Serviceability fit | Partial |
| Supply chain fit | Partial |
Manipulation and Perception
Manipulation details need verification.
Perception stack details need verification.
SDK and Integration
SDK/API details need verification.
| API type | SDK / integrator workflow |
|---|---|
| Languages | Needs verification for S1, Python and C++ are documented for Galbot G1 SDK |
| ROS support | Not confirmed in captured official S1 sources |
| Simulation | Needs verification for S1; Galbot developer platform advertises online simulation for G1 SDK workflows |
| Offline operation | Needs verification |
| Documentation | Open documentation |
| Integration constraints | Because S1 is intended for heavy-duty industrial tasks, programming should be handled by a qualified integrator. Buyer should verify whether S1 exposes the same SDK interfaces as G1 and whether safety functions are accessible through a safety-rated interface. |
Safety Notes
S1's heavy payload makes safety validation more important than for light developer humanoids. Treat as industrial machinery, not as a collaborative robot, unless certified and validated otherwise.
Compliance and Certificates
| Standard | Status | Jurisdiction | Evidence |
|---|---|---|---|
| Battery transport and charging safety | requires_supplier_evidence | European Union / International transport | Request UN 38.3 battery transport documents, charger safety documentation, battery replacement procedures, and fire-risk guidance. |
| CE marking | Unknown | European Union | No verified public CE certificate or EU declaration of conformity captured. This is critical because S1 is positioned for heavy-duty industrial use. |
| EMC Directive | requires_supplier_evidence | European Union | Factory deployment should verify EMC test evidence for the shipped robot, charger, controller, and wireless modules. |
| ISO 10218-1 | requires_supplier_evidence | International / European deployment relevance | Because of the reported 50 kg payload, buyer should request robust evidence for mechanical safety, braking, stability, rated load, control reliability, and safety functions. |
| ISO 10218-2 | requires_buyer_or_integrator_review | International / European deployment relevance | A 50 kg mobile manipulator will usually require formal risk assessment, safeguarded zones, traffic management, speed limits, emergency stops, validation, and worker training. |
Commercial Readiness
| Pricing | Needs verification |
|---|---|
| Price range | Quote-based or unverified |
| Lead time | Needs verification |
| Availability regions | China, Europe availability needs confirmation |
| Spare parts | For production use, contractually define spare battery inventory, actuator/arm replacement lead time, service response SLA, preventive maintenance interval, and on-site commissioning support. |
| Warranty | Needs verification |
Specifications
| Height | Unknown |
|---|---|
| Weight | Unknown |
| Payload | 50.00 kg |
| Runtime | 480 min |
| Degrees of freedom | Unknown |
| Max speed | Unknown |
| Locomotion | Mobile wheeled humanoid / mobile dual-arm industrial robot |
| Autonomous path planning | Autonomous path planning and dual-arm collaboration described by supplier |
| Continuous dual-arm payload | Up to 50 kg reported kg |
| Runtime | Up to 8 hours reported h |
| Front working range | 700 mm |
| Vertical working height | 2300 mm |