STAR1
High-Performance General-Purpose Humanoid Robot
The Definer of Native General-Purpose Embodied Intelligence

High versatility and adaptability

Rapid iteration capability

Performance at world level

STAR1
High-Performance General-Purpose Humanoid Robot
Learn more >
M1
High-Performance Humanoid Robot Operating Platform
Coming soon >
W1
High-Performance Wheeled Humanoid Robot
Coming soon >
XHAND1
High-Performance Robotic Dexterous Hand
Learn more >
Running through the Hexi Corridor
Climb the Great Wall
XHAND1
Application Scenarios
01
Manufacturing Work and Collaboration
STAR1 demonstrates its prowess in the factory workshop. On the automotive assembly line,STAR1 can flexibly bend and squat to complete precise assembly tasks. In the 3C manufacturing scenario,STAR1 skillfully performs assembly, quality inspection, packaging, and material handling with high standards, showcasing its broad application prospects in modern manufacturing.
Application Scenarios
02
Logistics, Warehousing, and Material Handling
STAR1 excels in logistics and warehousing scenarios.STAR1 can accurately identify item types, using its dexterous arms and hands for precise grasping and handling, and is capable of autonomous navigation and obstacle avoidance in complex warehouse environments, demonstrating its significant application potential in the field of warehouse management.
Application Scenarios
03
Commercial Services
STAR1 excels in logistics and warehousing scenarios.STAR1 can accurately identify item types, using its dexterous arms and hands for precise grasping and handling, and is capable of autonomous navigation and obstacle avoidance in complex warehouse environments, demonstrating its significant application potential in the field of warehouse management.
Application Scenarios
04
Domestic Care and Health
STAR1 demonstrates its prowess in the factory workshop. On the automotive assembly line,STAR1 can flexibly bend and squat to complete precise assembly tasks. In the 3C manufacturing scenario,STAR1 skillfully performs assembly, quality inspection, packaging, and material handling with high standards, showcasing its broad application prospects in modern manufacturing.
Application Scenarios
01
Manufacturing Work and Collaboration
STAR1 demonstrates its prowess in the factory workshop. On the automotive assembly line,STAR1 can flexibly bend and squat to complete precise assembly tasks. In the 3C manufacturing scenario,STAR1 skillfully performs assembly, quality inspection, packaging, and material handling with high standards, showcasing its broad application prospects in modern manufacturing.
Application Scenarios
02
Logistics, Warehousing, and Material Handling
STAR1 excels in logistics and warehousing scenarios.STAR1 can accurately identify item types, using its dexterous arms and hands for precise grasping and handling, and is capable of autonomous navigation and obstacle avoidance in complex warehouse environments, demonstrating its significant application potential in the field of warehouse management.
Application Scenarios
03
Commercial Services
STAR1 excels in logistics and warehousing scenarios.STAR1 can accurately identify item types, using its dexterous arms and hands for precise grasping and handling, and is capable of autonomous navigation and obstacle avoidance in complex warehouse environments, demonstrating its significant application potential in the field of warehouse management.
Application Scenarios
04
Domestic Care and Health
STAR1 demonstrates its prowess in the factory workshop. On the automotive assembly line,STAR1 can flexibly bend and squat to complete precise assembly tasks. In the 3C manufacturing scenario,STAR1 skillfully performs assembly, quality inspection, packaging, and material handling with high standards, showcasing its broad application prospects in modern manufacturing.
Leading Advantage
A humanoid robot company with embodied intelligence that has achieved technological breakthroughs across the entire chain.
General Task Operations
AI+force control algorithms for dual-arm
dexterous hands.
Teleoperation for rapid real-machine
data collection, friction-based
task operation, and training accumulation.
General Environment Mobility
WBC+MPC
Real machine walking, running, sudden stops,
and single-leg anti-fall protection
Reinforcement learning
Quadruped generalization completed |
Real-machine scenario generalization
Algorithms & Hardware

Fully self-developed core components
Sim2Real refinement
4 generations of real-machine iteration |
significant real-machine effects
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