Learning ApproachOfficial claim
Human demonstration
CoreneticMonte
Monte02
Price
Price not disclosed
Type
Humanoid Robots
Subtype
Wheeled Humanoid
Status
Pilot
Release Date
2025-08-08
Country/Region
China
Last Verified
2026-08-19
21 DOF
Total DOF
100 kg
Weight
8 h
Runtime
Corenetic’s wheeled humanoid robot series for industrial-process automation in life science, pharmaceuticals, chemicals, and advanced manufacturing.
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Intelligence Profile
Capability Map
MobilityDemonstrated
Navigation
The official Monte02 announcement states that its multi-sensor system enables autonomous navigation and obstacle avoidance in complex environments.
ManipulationDemonstrated
Grasping
The official Monte02 announcement documents a WRC demonstration of precise, flexible sample-preparation operations using multiple end effectors.
ManipulationDemonstrated
Pick and place
The official Monte02 announcement documents sample transfer and equipment loading and unloading in the WRC demonstration.
ManipulationDemonstrated
Tool use
The official Monte02 announcement documents laboratory operations performed through multiple end effectors, including equipment loading and unloading and automated control.
AutonomyDemonstrated
Long-horizon task
The official Monte02 announcement documents a closed-loop, long-sequence laboratory workflow with multiple stages at WRC.
AutonomyDemonstrated
Autonomous operation
The official Monte02 announcement documents robots autonomously completing continuous laboratory operations during the WRC demonstration.
Hardware Specification
Physical Specifications
Arm Length
702 mm per arm
Materials
High-strength magnesium-aluminum alloy frame + ABS engineering plastic shell
Standing Dimensions
590 × 619 × 1623 mm (L × W × H)
Weight
100 kg
Mobility & Payload
Single-arm Payload
6.5 kg per arm at end flange
Chassis Mobility
Two-wheel differential drive
Max Speed
1.0 m/s
Terrain Types
Indoor floors including tile, wood flooring, and plastic flooring
Degrees of Freedom
DOF per Arm
7 DOF per arm
Head DOF
2 DOF
Total DOF
21 DOF
Waist DOF
3 DOF
Mechanical Structure
Dexterous Hand
Adaptive two-finger gripper or multi-finger dexterous hand; automatic quick change supported
Sensors
Camera
One head RGBD camera and two arm-end RGBD cameras
LiDAR
Equipped; used for autonomous navigation and obstacle avoidance in complex environments
Obstacle Avoidance
LiDAR, ultrasonic, and vision multisensor obstacle avoidance
Ultrasonic Sensor
Equipped; used for autonomous navigation and obstacle avoidance in complex environments
Vision Sensor
RGBD vision: one head camera and two arm-end cameras
Battery and Runtime
Battery Capacity
30 Ah
Battery Type
Lithium-ion battery pack
Battery Voltage
51.2 V
Charging Time
2 h (fast-charge mode)
Runtime
8 h
Compute Platform
AI Compute (TOPS)
200+ TOPS
Onboard Compute
Embedded AI processor, 200+ TOPS
Processor
x86 industrial real-time control board
Software Algorithm
Self-developed spatial-perception and motion-control algorithms
Interaction and Communication
Communication
2.4 GHz / 5 GHz Wi‑Fi 6; Gigabit Ethernet; full-function Type‑C
External Port
Full-function Type-C
Smart Navigation
Map building, real-time positioning, obstacle-avoidance navigation, autonomous recharging
Development and Expansion
Operating Modes
Natural-language and demonstration input
Commercial Status
Status
Pilot
Price
Price not disclosed
Release Date
2025-08-08
Related Entities
Timeline
- Robot releaseMonte02
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