Cruzr S2

Commercial AI service robot for reception, guidance, and customer interaction

UBTECH RoboticsPrototypeAnnounced 2024

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Cruzr S2 humanoid robot

Overview

Cruzr S2 is UBTECH’s next-generation commercial service robot platform designed for reception, guidance, delivery, and intelligent customer interaction in public and enterprise environments. It integrates multimodal AI interaction, autonomous navigation, semantic mapping, and cloud-connected management capabilities for scalable commercial deployment.

Cruzr S2 is a wheeled humanoid robot, not a bipedal platform. It uses an omnidirectional wheeled base rather than legs, with a symmetrical body design and bidirectional waist bending. Waist rotation is ±170° within 0.8m passages. A 0–40cm vertical lifting range allows it to handle a 15kg payload across a 0–1.8m workspace, per UBTECH’s official product page. Top speed is 2 m/s. The perception system uses a passive binocular RGB stereo vision system identical to the Walker S2’s. Height, weight, and degree-of-freedom count are not published in text form on UBTECH’s official page.

Cruzr S2 uses the same fourth-generation industrial-grade dexterous hands and Co-Agent AI system as the Walker S2. UBTECH describes the hands as capable of sub-millimeter manipulation in sorting, component assembly, and multi-scenario grasping, trained via a sim-to-real embodied intelligence data pipeline.

UBTECH positions Cruzr S2 for industrial applications in logistics, warehousing, and manufacturing — explicitly as an industrial wheeled humanoid rather than a service robot. This distinguishes it from the original Cruzr, which was a commercial service and reception robot. No pricing is publicly listed; contact UBTECH directly.

Specifications

Height1.52 m / 4' 12''
Weight65 kg / 143.3 lb
Degrees of Freedom13
Locomotionwheeled
Payload15 kg
Battery Type
Speed2 m/s
Rated Runtime8 h

Sensors

Cameras
Depth SensingYes
LidarNot disclosed
IMUYes
MicrophonesNot disclosed
Tactile Sensingbasic collision and touch sensing

Software

Control Modeautonomous, voice interaction, teleoperation, hybrid
Middleware
SDKcloud platform, fleet management, AI interaction APIs
Connectivity

Last updated 05 Jul 2026