Autonomous Forklifts
WR2: payload, lift height, pallet detection, navigation, safety, fleet control, integration and support.
View warehouse robotics →ChinaBest Robotics Selection Map
Robots for real work — not just demos.
ChinaBest organizes Chinese robotics by actual work scenario, commercial maturity and evidence. Remote-controlled machines, semi-autonomous systems and truly autonomous robots are not treated as the same product class.
Industrial Robotics
High-value systems where downtime, safety, integration and after-sales support materially affect ROI.
Pipe & Sewer Inspection Robots
IR1: pipe range, imaging, operating range, ingress protection, reporting and serviceability.
View inspection robotics →Construction Wall & Finishing Robots
BR1: output, quality, work height, navigation, jobsite safety, consumables and commissioning.
Pallet AMRs
WR1: heavy-load transport, runtime, charging, navigation and fleet management.
View selection →Goods-to-Person Systems
WR3: throughput, storage density, WMS/WCS integration and fleet orchestration.
Infrastructure Inspection
Substation and critical-infrastructure inspection using thermal, visual and autonomous patrol systems.
Commercial & Service Robotics
Mature service robots with clear labor substitution, operating metrics and deployment workflows.
Commercial Cleaning Robots
CR1: cleaning performance, autonomy, safety, water management, digital operations and export support.
View cleaning robotics →Hotel & Hospitality Delivery
Multi-floor delivery, elevator/door IoT, payload, fleet software and uptime.
Restaurant Delivery
Tray capacity, route efficiency, aisle width, multi-robot coordination and ROI.
Care & Assisted Living
Non-medical assistance only: companionship, reminders, delivery, telepresence and navigation.
Outdoor & Municipal Robotics
Robots and robotic machinery for difficult, dirty or hazardous field work.
Sewer & Culvert Dredging
MR1: dredging rate, mobility, pumping/jetting system, working distance and operator safety.
Tank & Lagoon Sludge Removal
MR2: sludge handling, hazardous-environment operation, cleanup efficiency and serviceability.
Slope & Rough-Terrain Vegetation Robots
FR1: slope capability, autonomy, cutting system, terrain mobility, safety and real-world field evidence.
Agricultural & Forestry Robotics
Autonomous or robotic systems for repetitive outdoor work where labor availability and terrain matter.
Autonomous Orchard Sprayers
AR1: tank volume, row navigation, spray precision, coverage, battery/fuel system and support.
View agricultural robotics →Unmanned Agricultural Mowers
AR2: terrain ability, cutting width, autonomy, obstacle safety and field throughput.
Harvesting Robots
AR3: recognition accuracy, picking cycle time, fruit damage rate and sustained commercial throughput.
Forestry Maintenance & Planting
FR2 / FR3: mulching, understory management, planting and future autonomous forestry work.
Humanoid & Embodied AI
Tracked separately because technical capability currently runs ahead of broad commercial deployment.
Developer Humanoids
HR1: open platform, SDK, manipulation, locomotion and research accessibility.
View humanoid robotics →Industrial Work Humanoids
HR2: useful payload, sustained shift operation, autonomous task execution, safety and support.
Service Humanoids
HR3: commercial task capability, interaction, reliability, fleet operation and deployment readiness.
ChinaBest autonomy classification
Robot does not automatically mean autonomous.
RC — Remote ControlledHuman operator continuously controls the machine. Robotic form factor does not make it autonomous.
SA — Semi-AutonomousSome navigation or task functions are automated, but human supervision or intervention remains material.
AU — AutonomousThe system can plan and execute its intended work cycle with meaningful autonomous navigation/task control.