D12 Humanoid Robot

Negotiable
China
No. 7, Section 2, Xianren Road, Youxian District, Mianyang City, Sichuan Province
17600983531
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Product Introduction

A full-size intelligent humanoid robot, featuring high integration, high reliability, and high computing power.

Equipped with 3D LiDAR, depth cameras, a circular microphone array, a high-resolution facial display, and other perception and interaction devices, it can achieve intelligent perception, interaction, and decision-making by integrating AI large models, meeting emotional interaction needs.

It can be applied in public safety and commercial service fields such as reception, guided tours, and automotive sales, and can also serve as a skilled worker in industrial processes such as logistics handling, material picking, and appearance inspection.

Core Parameters

3D LiDAR

Hybrid solid-state laser, 360-degree stereoscopic perception

High-resolution curved LCD screen

Dynamic human-robot interaction, rich emotional communication

Arm degrees of freedom 7*2

Reaches any position in the workspace, offering greater flexibility

Depth stereo cameras*2

Multi-layer distributed stereoscopic perception for navigation and obstacle avoidance

High-performance integrated joints

Comprehensively enhanced safety and stability, maximum joint torque up to 300Nm

Dexterous hand degrees of freedom 12*2

Equipped with 5-finger dexterous hands, enabling multiple grasping modes and fine manipulation

Feet

Multi-degree-of-freedom force control, adaptive to uneven terrain

Leg degrees of freedom 6*2

Enables complex motion execution such as walking, running, slopes, and stairs

Height dimensions Self-weight (including battery) Battery life Walking speed Maximum speed
175cm 65kg 2h ≤2km/h ≥6km/h
Dual-arm payload Working radius Degrees of freedom Obstacle avoidance method Navigation method
20kg 750mm 42 Laser/Vision LiDAR-vision fusion
Emergency stop button Audible and visual alarm Communication method
Equipped Equipped EtherCAT/WIFI/5G

Note: All parameters are official test data. Deviations may occur under actual operating conditions. Secondary development is supported.