Unitree G1 Edu Flagship D-U6 Robotic Humanoid

US$47,900

Key Features
Inspire 5-Finger Tactile

Hand Type

41

Degrees of Freedom

Supported

Secondary Dev.

Knee 120 N·m

Max Joint Torque

~3 kg

Max Arm Payload

9000mAh (2 hrs)

Quick-Release Battery

About 35 kg

Weight (with Battery)

2 m/s

Top Speed

Mid-360

External LiDAR

Intel D435i

Depth Camera

100 Tops (16gb)

NVIDIA Jetson Orin

18 Months

Warranty

The G1 EDU Flagship D (U6) represents the highest configuration in the Unitree G1 series, designed for advanced research, embodied intelligence, and complex human–robot interaction. Featuring 41 DOF, industrial-grade joints, and an NVIDIA Jetson Orin 100 TOPS computing module, U6 supports full hollow-joint wiring and multi-sensor fusion. With Inspire 5-finger tactile dexterous hands and comprehensive SDK support, it serves as a robust humanoid platform for motion control, manipulation learning, and AI research.
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2m/s

Top speed

41DoF

Degrees of Freedom

2hour

Max. Battery Life

Specifications

Unitree G1 EDU Flagship D-U6 is the 41-degree-of-freedom configuration of the Unitree G1 humanoid robot, equipped with Inspire RH56DFTP 5-finger dexterous hands with 17-point tactile sensing per hand, an NVIDIA Jetson Orin computing module, and full secondary development support.

Unitree G1 Edu Flagship D-U6 Key Specifications

Total degrees of freedom: 41 (6 per leg, 7 per arm, 3 in the waist, 6 per hand with 12 joints per hand). Hand type: Inspire RH56DFTP 5-finger dexterous hands, with 17 tactile sensors per hand. Peak knee joint torque: 120 N·m. Maximum arm payload: about 3 kg. Weight with battery: about 35 kg. Standing dimensions: 1320 x 450 x 200 mm; folded dimensions: 690 x 450 x 300 mm. Battery: 9000 mAh, quick-release, about 2 hours of runtime. Charger: 54V / 5A. Warranty: 18 months. FOB price: US$47,900.

Computing and Sensing

The Unitree G1 EDU Flagship D-U6 pairs an 8-core CPU with an NVIDIA Jetson Orin NX module (16 GB, 100 TOPS) for AI computing and full secondary development support. Sensing hardware includes a 3D LiDAR and an Intel RealSense D435i depth camera, plus 17-point tactile sensing on each hand. A 4-microphone array and a 5 W speaker support voice interaction, and Wi-Fi 6 plus Bluetooth 5.2 provide wireless connectivity. Dual encoders on every joint and local air cooling keep the platform stable during continuous operation.

On the Unitree G1 EDU Flagship D-U6, joint movement ranges are: waist Z ±155°, X ±45°, Y ±30°; knee 0–165°; hip pitch ±154°, roll −30° to +170°, yaw ±158°; wrist pitch ±92.5°, yaw ±92.5°. The arm span is about 0.45 m and the calf-plus-thigh length is about 0.6 m.

Compatible Accessories and Related Unitree G1 Models

The Unitree G1 EDU Flagship D-U6 uses the same G1 Battery (9000 mAh, quick-release) and G1 Charger (54V/5A) as other G1 models. For the same hand hardware without tactile sensors, see the Unitree G1 Edu Flagship C-U5; for a configuration without dexterous hands, see the Unitree G1 Edu Standard-U1. Full manufacturer specifications are available on the official Unitree G1 page.

Computing

  • Main CPU:8-core high-performance processor
  • High Computing Power Module:NVIDIA Jetson Orin NX 16gb, 100 TOPS
  • Secondary Development Support:Supported

Hardware

Chassis & Frame

  • Hand Type: Inspire RH56DFTP 5-Finger (with 17-point tactile per hand)
  • Dimensions L x W x H (Standing): 1320 x 450 x 200 mm
  • Dimensions (Crouching): 690 x 450 x 300 mm
  • Weight (with Battery): 35+ kg
  • Materials: Aluminum alloy and high-strength engineering plastic

Battery

  • Battery Capacity: 9000 mAh (quick release)
  • Battery Life: ~2 hrs
  • Charging Adapter: 54V / 5A

Performance

  • Top Speed:2 m/s
  • Max joint Torque:Knee: 120 N·m
  • Arm Max Load:~3 kg

Mechanical

Degrees of Freedom (DOF):

  • Total DOF: 41
  • Single Hand DOF: 6 (+12 Joints)
  • Head DOF: 0
  • Arm DOF: 7
  • Leg DOF: 6
  • Waist DOF: 3

Joint Motors & Build:

  • Joint Output Bearing:Industrial-grade crossed roller bearings; high precision, high load capacity
  • Joint Motor:Low inertia high-speed internal rotor PMSM; better response speed and heat dissipation
  • Calf + Thigh Length: 0.6 m
  • Arm Span: 0.45 m

Joint Movement Ranges:

  • Waist: Z ±155°, X ±45°, Y ±30°
  • Knee: 0–165°
  • Hip: P ±154°, R −30–170°, Y ±158°
  • Wrist: P ±92.5°, Y ±92.5°

Cameras & Sensors

  • 3D LiDAR: LIVOX MID-360
  • Depth Camera: Intel RealSense D435i
  • Tactile Sensors on Hands: Yes (17-point per hand)

Audio & Connectivity

  • Wi-Fi: Wi-Fi 6
  • Bluetooth: Bluetooth 5.2
  • Remote Control Option: Yes
  • Microphone Array: 4-mic array with noise and echo cancellation
  • Built-in Speaker: 5W Stereo Speaker
  • Voice Function: Yes

Features

  • OTA Upgrade System: Yes
  • Manual Controller: Yes
  • Hollow Joint Wiring: Yes
  • Joint Encoder: Dual encoder
  • Cooling System: Local air cooling
  • Warranty Period: 18 months

Accessories Compatibility

  • Dex3 Hands: Yes (Not Included)
  • Dex3 Hands w/ Tactile Sensors: Yes (Not Included)
  • Inspire 5-Finger Hands: Yes (Included)
  • Dex5 Hands: Yes (Not Included)

What's Included

G1 Battery – Essential 9000mAh Spare Battery for Unitree G1

Read More >

G1 Charger – Essential Spare Charging Adapter for Unitree G1 (54V/5A)

G1 Charger 54V/5A spare charging adapter for Unitree G1
Read More >
Full Tactile Sensing, Flagship Dexterity
U6 combines a high-DOF humanoid structure with industrial-grade actuation and powerful onboard AI computing to form a complete perception–motion–control pipeline. Designed for long-term research use, it supports complex locomotion, dexterous manipulation, and advanced algorithm deployment, making it an ideal flagship platform for embodied intelligence research.

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Key Features

Flexibility Beyond Human Limits

Flexibility Beyond Human Limits

Featuring ultra-wide joint mobility and a high-performance architecture with 23–43 intelligent joint motors, delivering motion capabilities far exceeding those of ordinary human biomechanics.

Force-Control Dexterous Hand

Force-Control Dexterous Hand

From industrial assembly to scientific research and service robotics, this advanced manipulation capability brings robots closer to true human-level dexterity.

Technology Accelerated by AI

Technology Accelerated by AI

Powered by imitation learning and reinforcement learning, robots can acquire skills from human demonstrations and continuously improve through real-world feedback.

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