BackG1 Humanoid Robot

Humanoid Robot for Advanced Education and Research

G1 Edu Pro

G1 Edu Advanced enhances motion performance and perception beyond the standard edition, designed for advanced research and teaching scenarios.

Enormous joint movement rangeAll-joint hollow internal wiringDual EncoderLocal Air Cooling8-Core High-Performance CPUDepth Camera + 3D LiDARWiFi6/ Bluetooth 5.2Smart OTA UpdateSupports secondary development18-month warrantyAdvanced Sports Performance
G1 Edu Pro

Specifications

Technical Specifications

Height, Width, Depth (Standing)

1270×450×20 mm

Height, Width, Thickness (Folded)

690×450×30 mm

Weight with battery

Approx. 35kg

Total Degrees of Freedom (Joint Motors)

23

single-leg degree of freedom

6

Waist Degrees of Freedom

1

Single-arm degree of freedom

5

Maximum Knee Torque

90 N·m

Maximum Arm Load

2 kg

Lower leg + Thigh length

0.6 m

Arm Span

Approx. 0.45m

Waist Z-axis joint

±155°

knee joint

0~165°

hip joint

P+154°, R-30~+170°, Y+158°

All-joint hollow internal wiring

Yes

Joint Encoder

Dual Encoder

Cooling System

Local Air Cooling

Power Source

13 battery string

Basic Computing Power

8-Core High-Performance CPU

Perception Sensor

Depth Camera D435i×1 + 3D LiDAR×1

WiFi 6, Bluetooth 5.2

Yes

Speaker and Microphone

Standard stereo speakers and microphone array

Standard Accessories

1 Charger(s), 1 Smart Battery (Quick-Release), 1 Handheld Remote Controller(s)

Battery Life

About 2 hours

Smart OTA Update

Supported

Secondary Development

Supported

Warranty Period

18 months

Default configuration

With protective bracket

Features

Features

Compact full-size humanoid robot, 1270mm tall and weighing approximately 35 kg.

23-degree-of-freedom design for flexible movement

6 degrees of freedom per leg, 1 degrees of freedom at the waist

Maximum knee torque 90 N·m

Maximum arm load: 2kg

Depth Camera D435i + 3D LiDAR Perception System

Supports WiFi 6 and Bluetooth 5.2 wireless connectivity

Battery life up to 2 hours; supports smart OTA updates

Supports secondary development to meet research and teaching needs.

Advanced Motion Control Algorithms

Applications

Use Cases

Research & Education

Smart Manufacturing

Service Reception

Exhibition Display

University Research

Robot Competition

Algorithm Validation

YesG1 Edu ProInterested?

Contact us for product quotes and technical solutions

Beijing ICP License No. 2026026760