SE01 General-Purpose Humanoid Robot

Technical Highlights

Human-like structure, life-size proportions

Life-sized proportions designed to match human characteristics, with natural and fluid movements.

Aircraft-grade aluminum alloy bodyns

Aircraft-grade aluminum alloy body, combining lightweight and rugged durability for versatile, long-lasting use across multiple scenarios.

Full-stack proprietary joint

Core joints including planetary, harmonic, and linear actuators are fully self-developed in-house, delivering high torque, high precision, and exceptional stability.

Engine Sense Audio-Visual Perception System

LiDAR + Depth Camera + Infrared Camera Multi-dimensional Perception Matrix All-weather, high-precision environmental detection and dynamic recognition

Five-Fingered Dexterity

Equipped with a bionic five-finger dexterous hand for multi-dimensional flexible operation

High-capacity battery

Long-lasting and powerful battery life, combined with intelligent power management, meets the demands of all-day high-intensity operations.

Human-like design

Designed with ergonomic principles to mimic human anatomy, the torso proportions and joint range of motion align with human physiological characteristics.

SE01 High Performance

Optimizing walking gait through end-to-end neural network training, the system learns human walking patterns from massive motion datasets to achieve natural, fluid movements such as walking and turning. It can even execute dynamic actions like running, jumping, and squatting, redefining the motion capabilities of humanoid robots.

Equipped with a dexterous hand

Six-degree-of-freedom dexterous hand, achieving multidimensional flexible motion at the fingertips and knuckles through high-precision servo drive and force feedback control.

Audiovisual Perception System

Multi-device collaboration enables a closed-loop system of “environmental perception—data processing—action decision-making.” By integrating vision-action coordination algorithms, robots can dynamically adjust their manipulator movements in real time based on visual feedback. This capability allows precise grasping of moving objects, obstacle avoidance during operations, and significantly enhances task execution in complex environments.

Aircraft-grade aluminum alloy body

Balancing structural strength with lightweight design, reducing energy consumption while enhancing body flexibility, adapting to multiple scenarios while extending service life.

High-capacity quick-release battery

Featuring a quick-release, high-capacity, high-performance battery design combined with intelligent energy optimization technology, it effectively enhances power utilization to meet extended operational demands.