- Android Touchscreen Visitor Interface Front-facing Android control panel provides an intuitive touchscreen experience for guests to select destinations, receive wayfinding instructions, and request escort in their preferred language.
- Laser Sensor & Camera Autonomy Stack Autonomous navigation controlled by a dedicated Linux system using laser sensors and cameras for indoor mapping, obstacle detection, and reliable localisation in GPS-denied environments.
- Escort Mode with Dynamic Congestion Adaptation Leads visitors at walking speed and automatically adjusts pace, stops, and replans routes in response to pedestrian congestion, luggage, and other dynamic obstacles.
- Split Architecture: Android UI + Linux Autonomy Separation of the user-interaction layer (Android) from the navigation and robotics control layer (Linux) supports robust updates, remote maintenance, and enterprise IT integration.
- Integration with Building-Wide Service Ecosystems Designed to work alongside delivery and cleaning robots in coordinated multi-robot deployments, as demonstrated in large-scale smart-building installations.
Description
The Yunji SAIL is an autonomous guidance robot designed to escort visitors, guests, and staff through large indoor facilities — directing them to destinations, providing wayfinding information, and supporting front-of-house operations in environments where human staff are frequently interrupted by directional enquiries. SAIL combines indoor autonomous navigation with an Android-based front-facing touchscreen control panel, enabling multilingual guest interaction through an interface familiar to most users. Its autonomy stack runs on a dedicated Linux system equipped with laser sensors and cameras, providing the localisation and obstacle detection capability needed to navigate dynamic public spaces safely alongside pedestrian traffic.
In documented deployments, including a Shimizu Corporation smart-building installation, SAIL has been deployed alongside delivery robots as part of integrated service-robot ecosystems in high-rise facilities. Typical interaction patterns include touchscreen destination selection, escort mode at walking speed with real-time congestion adaptation, and automated signaling behaviours that yield to guests and reroute around temporary blockages. SAIL is positioned within Yunji's broader service-robot portfolio — which covers delivery, cleaning, and guidance roles — and is suited to hotels, hospitals, restaurants, retail spaces, and public buildings where visitor routing is a recurring operational demand.
Fonctionnalités
Spécifications
| Brand | Yunji |
|---|---|
| Model | SAIL Guidance Robot |
| Primary Function | Autonomous visitor guidance and wayfinding |
| User Interface | Android-based front-facing touchscreen control panel |
| Autonomy Platform | Linux PC running autonomous navigation software |
| Sensors | Laser sensors and cameras |
| Navigation | Autonomous indoor navigation with obstacle avoidance and escort mode |
| Deployment Environments | Hotels, hospitals, restaurants, retail, public buildings |
| Known Integrations | Smart-building deployments (e.g., Shimizu Corporation high-rise) |
Secteurs
Questions fréquentes
The Yunji SAIL is an autonomous indoor guidance robot that escorts visitors and guests to destinations within large facilities, provides wayfinding instructions, and supports front-of-house operations. It uses a touchscreen interface for destination selection and navigates independently through corridors and lobbies at walking speed, adapting to pedestrian congestion in real time.
SAIL runs its autonomous navigation on a dedicated Linux system equipped with laser sensors and cameras, enabling indoor mapping, obstacle detection, and reliable position tracking. The front-facing Android touchscreen panel allows guests to select destinations in their preferred language. In escort mode, SAIL leads at walking speed, stops to yield to pedestrians, and dynamically replans routes around temporary blockages.
SAIL is suited to hotels, serviced apartments, hospitals, restaurants, retail environments, and large public buildings where visitor routing is a recurring demand on staff time. It has been deployed in smart-building contexts alongside delivery robots as part of integrated service-robot ecosystems.
Yes, Robotix Market ships the Yunji SAIL worldwide. The robot is covered by the manufacturer's warranty as provided by Yunji Technology. Site survey and building integration planning are typically recommended before deployment.
Contact Robotix Market through our website or sales team to request a quotation for the Yunji SAIL. We can advise on suitability for your facility type, language requirements, and fleet integration with other Yunji service robots.
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