YUNCHI S2
Yunchi S2
Indoor low-profile single-bay delivery robot
Crosses thresholds, rides the lift
Its low body crosses lift thresholds smoothly and handles boarding, turning and multi-floor travel in tight spaces.
Automatic lid and interior records
The lid closes automatically, while a 720P UVC camera and interior lighting record the bay before and after pickup.
Cloud task scheduling
Reports task status and offers log interfaces, multi-task queues and fleet-scheduling extensions.
Site integration
Elevators, access control, QR codes, property platforms, order systems and remote takeover can be integrated per project.
Docks on its own, keeps going
When a task ends it returns to its charging point and docks precisely on the rear contacts, then continues once charged.
Fleets stagger, then move together
Several S2 units share a task queue, positions and operating status, staggering by priority and covering different delivery zones.
About 50 L of flexible cargo space
A wide opening and tidy interior take document boxes, small parcels and everyday supplies.
Powered lid
The single-piece rear-hinged lid opens 70-90° for loading, handover and pickup.
3D fusion navigation
Covers mapping, localisation, path planning and autonomous movement through complex buildings.
Low-level sensing, layered protection
Forward vision, low-blind-spot sensing and fall protection work together to stop safely at the edge of a step.
Turns easily in tight spaces
Four-wheel differential drive turns in place, suiting corridors and lift lobbies.
Dynamic obstacle avoidance
Replans a safe route around cleaning carts and temporary obstacles.
8-inch touchscreen
The top touchscreen shows task status and works with the front camera, LED matrix and audio.
Access-control integration for automatic passage
Access-control devices follow task permissions, so fewer cross-zone deliveries need a person to help.
Turnstile integration, precise passage
Recognises open lanes and keeps a safe distance through turnstiles and narrow passages.
Specifications
Specifications describe the standard configuration and are refined over time to balance stable operation with site-specific needs.