Image:
UBTECH Robotics
An upgraded industrial version of the Walker series with enhanced payload capacity and stable locomotion for mobile production lines.
UBTECH AI
Height
172
cm
Weight
76
kg
Speed
0.8
m/s
Payload
15
kg
Actuators
High-torque servos
DoF (Domains of freedom)
N/A
°
Real-time sync with ERP and warehouse systems.
Adaptive grip strength for various manufacturing parts.
Enhanced payload for transporting heavy car components.
Built for 24/7 performance on mobile production lines.
An upgraded industrial version of the Walker series with enhanced payload capacity and stable locomotion for mobile production lines.
S1 is a heavy-duty industrial version with a 15 kg payload and hot-swappable batteries. It is designed to work in synergy with AGVs and AMRs, featuring 52 servo joints in its upgraded S2 configuration.
Image:
UBTECH Robotics
Focused on the internal logistics of smart factories, S1 handles heavy material transport and coordinates with automated warehouse systems to provide a 24/7 autonomous labor force.
Walker S1 by UBTECH Robotics
Actuators
High-torque servos
DoF (Domains of freedom)
N/A
°
Height
172
cm
Speed
0.8
m/s
Weight
76
kg
Payload
15
kg
Runtime
N/A
h
OS / AI System
UBTECH AI
A coordination protocol that allows multiple Walker units to synchronize their tasks with other mobile robots, optimizing throughput in high-volume manufacturing environments.
Image:
UBTECH Robotics
Deployed in BYD factory pilots, where it coordinates with AMRs and AGVs for one-stop autonomous logistics. Customers include large-scale manufacturing firms looking for deep integration between humanoids and existing ERP systems.
The S1 upgrades the S-series with industrialized chassis components and direct integration with factory MES/ERP systems. It focuses on higher payload stability (15 kg) and optimized duty cycles for continuous 24/7 manufacturing operations.
Uses tactile sensors to adjust grip strength, mimicking the sensitive feedback loop of a human hand.
Maintains bipedal balance on moving production floors, mirroring a worker's ability to stay upright.
Equipped with depth cameras to recognize and respond to the presence of human coworkers in real-time.
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An industrial humanoid robot integrated with Large Language Models, specifically designed for assembly line tasks and manufacturing automation.
