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SE01

Overview

首款实现拟人步态的通用人形机器人,身高170CM,常态步速2M/s,全身自由度32pcs。

Flagship features

  • First full-size humanoid by EngineAI, showcasing anthropomorphic gait
  • Designed for multi-scenario deployment with human-proportioned ergonomics
  • Aerospace-grade aluminum body for strength and weight efficiency
  • Quick-swap battery design to enhance operational continuity
  • Emphasis on learning-based motion control with neural network training

Specifications

Category: Humanoid
Form factor
full bipedal
Height
170 cm
Weight
55 kg
Mobility
bipedal
Walking speed
≤ 2 m/s
Total DOF
32
DOF / arm
4
DOF / hand
6
Payload
12 kg
Battery
~2 h
Charge time
1.5 h
Hot-swap battery
No
Onboard compute
Dual-processor architecture combining NVIDIA GPU and Intel CPU
Sensors
Intel RealSense D435 depth camera, 360-degree LiDAR, six HD cameras
LiDAR
Yes
F/T sensors
No
VLM on-board
No
Imitation learning
Yes
Bimanual
Yes
Stair climbing
No
Terrain
flat indoor, uneven outdoor
Programming
AI-powered control with reinforcement and imitation learning
ROS 1
No
ROS 2
No
API / SDK
No
Maturity
commercial
Environments
industrial, household, research
Industries
industrial automation, household assistance, research & development
Price tier
10-20K
Pricing model
purchase

Detailed specifications

Power & battery1
Battery Capacity Kwh
0.0028
Other15
Height Mm
1400
Applications
education,research
Sub Category
bipedal
Datasheet Url
Spec sheet
Charging Method
manual_swap
Company Country
CN
Payload Per Arm
false
Deployment Notes
SE01 is positioned for industrial experimentation, assembly-line assistance, and research purposes. Featured in media showcases emphasizing its advanced humanoid capabilities.
Price On Request
true
Country Of Origin
CHN
Is Research Grade
true
Target Industries
research_academic
Availability Status
pre-order
Primary Applications
research_development
Additional Information
- First full-size humanoid by EngineAI, showcasing anthropomorphic gait. - Designed for multi-scenario deployment with human-proportioned ergonomics. - Aerospace-grade aluminum body for strength and weight efficiency. - Quick-swap battery design to enhance operational continuity. - Emphasis on learning-based motion control with neural network training.

Where will these robots operate? Often the same as your country — add more for multi-country deployments.

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