DEMO · Aurelia S70 Autonomous Scrubber
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DEMO · Vantor Q4 Patrol
This is a demo record for testing the Robotfinder; the model, name and figures are fictional. A four-legged robot for autonomous inspection rounds and security patrol on industrial and energy sites, indoors and outdoors. It repeats taught missions, climbs stairs and slopes, carries camera, thermal and gas-sensing payloads, and hands over to a remote operator when needed.
- Nutzlast
- 14 kg
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Technische Spezifikationen
| Eigenschaft | Wert |
|---|---|
| Industry | Oil & Gas, Chemicals, Petrochemicals & Process Industries, Electricity, Gas & Utility Infrastructure, Renewable Energy Infrastructure, Construction & Civil Engineering, Security Services |
| Task | Inspect, Monitor, Patrol, Detect, Observe, Assess Condition |
| Application Domain | Asset / Infrastructure Inspection, Equipment / Process Inspection, Monitoring / Observation / Patrol, Security / Protection Operations |
| Application | Condition / Asset Monitoring, Environmental Monitoring, Security / Perimeter Patrol, Facility / Site Observation |
| Target | Asset, Component / Subcomponent |
| Environment | Indoor terrestrial, Outdoor terrestrial, Mixed indoor / outdoor terrestrial |
| Facility / Site Type | Industrial / manufacturing sites, Energy / utility sites, Specialized / hazardous / restricted sites |
| Operating Surface / Contact Interface | Hard finished ground / floor, Rough / unfinished ground or slab, Loose granular surface |
| Operating Conditions | Temperature / thermal conditions, Precipitation / water exposure, Dust / particulate / smoke, Ground / traction condition, Communications availability, Lighting / visibility |
| Hazard Context | Toxic / hazardous chemical exposure, Electrical / energized-system hazard, Mechanical / moving-equipment hazard |
| Entity Type | ROBOT |
| Platform Type | Ground |
| Locomotion | Legged |
| System Architecture | Standalone robotic product, Docked / resident robotic system |
| Operating Mode | Teleoperated, Supervised autonomous, Autonomous |
| Autonomy Qualification | Autonomous defined mission |
| Human Interaction / Collaboration | Restricted / industrial-only, Human-supervised operation, Human proximity allowed |
| Navigation / Localization | LiDAR SLAM, Visual SLAM / vision-based, Inertial / IMU, GNSS / GPS, Hybrid / multi-method |
| Capability | Mobility / navigation, Perception, Sensing / measurement, Data / information, Operational / system, Safety |
| Safety Function | Emergency stop, Remote emergency stop, Obstacle detection, Collision avoidance / protective collision handling, Geofencing / geozone protection, Communication-loss protective behavior |
| Sensor Technology | Optical / visible imaging, Thermal / infrared, 3D / spatial / LiDAR / depth, Acoustic / ultrasonic / sonar, Chemical / gas, Environmental / atmospheric |
| Output / Deliverable | Images / video, Measurement data, Alert / event / notification, Inspection / compliance report, Condition / defect assessment, Map / georeferenced spatial output |
| Lifecycle Status | Commercial production |
| Commercial Status | Standard commercial product |
| Commercial Delivery Model | Direct product purchase, Integrator / distributor supplied, Lease, RaaS / Robot-as-a-Service |
| Nutzlast | 14 kg |
| Betriebsdauer | 1,8 h |
| Ladezeit | 2 h |
| Gewicht | 48 kg |
| Länge | 1.100 mm |
| Breite | 500 mm |
| Höhe | 610 mm |
| Fahr- bzw. Fluggeschwindigkeit | 1,6 m/s |
| Maximale Steigung | 30 ° |
Technische Daten
- Nutzlast
- 14 kg
- Betriebsdauer
- 1,8 h
- Ladezeit
- 2 h
- Gewicht
- 48 kg
- Länge
- 1.100 mm
- Breite
- 500 mm
- Höhe
- 610 mm
- Fahr- bzw. Fluggeschwindigkeit
- 1,6 m/s
- Maximale Steigung
- 30 °
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