High-Payload Dual Arms
Rated payload of 30 kg and max payload of 50 kg across both arms, ready for more demanding transfer and workstation tasks.
MOS 2
A Wheeled Manipulation Robot Built for Demanding Industrial Applications.
A heavy-duty wheeled mobile manipulation robot built for real industrial tasks such as heavy-load handling, hazardous-environment teleoperation, and flexible inspection. It combines high-payload dual arms, an omnidirectional mobile base, hot-swappable endurance, 275 TOPS edge compute, and an open development ecosystem.
Max Dual-Arm Payload: 50 kg275 TOPSHot-Swappable Battery System
Highlights
Core Capabilities for Real-World Applications
Robust Safety Design
Safety sensors: up to 3 × 3D LiDAR units; full safety-edge wrap around the chassis; 6-axis force sensors standard on both arms. Passive hardware e-stop: 2 onboard emergency-stop buttons; wireless e-stop key included with each unit.
Continuous Endurance System
Powered by a dual 19.5 Ah battery system with quick-release, hot-swappable batteries, and automatic dock charging to minimize downtime.
275 TOPS Compute
Supports edge-side model deployment and local inference for more complex embodied decision-making and control.
Wireless Teleoperation Ready
Compatible with VR teleoperation devices, enabling human-robot separation for operations in hazardous environments.
Quick-Swap End Effectors
Supports multiple end-effectors and dexterous hands for faster switching between different industrial tasks.
Visual Task Orchestration
Combines a standard SDK with graphical task orchestration to lower the learning curve and speed up deployment.
Omnidirectional Mobile Base
Swerve drive with omnidirectional and diagonal movement enables agile turning and cross-station mobility in complex factory paths.
Seven-DoF Human-Like Arms
Quick-swap dual-arm end design supports dexterous hands and multiple tools, balancing transport, manipulation, and special-task expansion.
Product Specifications
Key parameters, execution capability, sensing configuration, and power system at a glance.
PHYSICAL
MOTION PERFORMANCE
DYNAMICS
POWER SYSTEM
INTELLIGENT SYSTEM
OPTIONS
Application Scenarios
Built around flexible inspection, heavy-load transfer, and hazardous special operations to deliver deployable embodied industrial capability.
Intelligent Flexible Inspection
Designed for visual inspection, process verification, and flexible quality-control tasks under complex industrial conditions, helping production lines deliver more consistent results.
Bringing Embodied AI into the Real World
A full-stack industrial embodied AI capability system built on three integrated pillars: scenario resources, data and model capabilities, and hardware infrastructure.