PRIZ-BOT G1 Humanoid
A production-ready programmable humanoid — from the G1 Basic foundation model to the EDU U6 with five-finger tactile dexterous hands.
The world’s most advanced programmable humanoid
PRIZ-BOT G1 is a production-ready, fully programmable humanoid — shipped with the curriculum to teach engineers and students to build with it. The range scales from the G1 Basic foundation model up to the EDU U6 with five-finger tactile dexterous hands.
One platform, seven configurations
Each EDU model carries everything from the one before it, then adds a focused upgrade — a clear path from teaching the basics to advanced manipulation research.
G1 Basic
Foundation model — 23 DOF, 2 kg single-arm payload, 90 N·m knee torque, depth camera + 3D LiDAR and 2 m/s walking.
EDU U1
Developer base — steps up to 120 N·m torque and a 3 kg arm, with an 8-core CPU + 100 TOPS GPU compute module.
EDU U2
29 DOF — adds a 3-DOF waist and 7-DOF arms for a noticeably wider working envelope.
EDU U3
43 DOF — adds Dex3-1 force-controlled three-finger dexterous hands for real grasping tasks.
EDU U4
43 DOF — Dex3-1 three-finger hands upgraded with 33 tactile sensors for fine force feedback.
EDU U5
41 DOF — third-party five-finger dexterous hands (RH56DFQ) for human-like manipulation.
EDU U6
41 DOF — five-finger dexterous hands with 17 tactile sensors per hand, the top of the range.
Specs across the G1 range
| Model | DOF | Dexterous hands | Arm payload | Knee torque | Compute |
|---|---|---|---|---|---|
| G1 Basic | 23 | — | 2 kg | 90 N·m | — |
| EDU U1 | 23 | — | 3 kg | 120 N·m | 8-core + 100 TOPS |
| EDU U2 | 29 | — | 3 kg | 120 N·m | 8-core + 100 TOPS |
| EDU U3 | 43 | Dex3-1 (3-finger) | 3 kg | 120 N·m | 8-core + 100 TOPS |
| EDU U4 | 43 | Dex3-1 + 33 sensors | 3 kg | 120 N·m | 8-core + 100 TOPS |
| EDU U5 | 41 | 5-finger (RH56DFQ) | 3 kg | 120 N·m | 8-core + 100 TOPS |
| EDU U6 | 41 | 5-finger + 17 sensors | 3 kg | 120 N·m | 8-core + 100 TOPS |
Swipe the table sideways to see every column →
All EDU models share an 8-core CPU + up to 100 TOPS GPU, a 9000 mAh battery (~2 h), 3D LiDAR + depth camera, and five remote-operation methods.
The foundation platform
Built to perform & to teach
Enhanced degrees of freedom
Up to 43 joints for fluid, human-like motion and complex whole-body tasks.
Powerful onboard compute
An 8-core CPU paired with up to 100 TOPS of GPU acceleration for real-time AI.
Advanced dexterous hands
From force-controlled three-finger to five-finger tactile hands for true manipulation.
Service-grade build
Engineered for repeated real-world use — not just a lab demo.
~2 hours of autonomy
A 9000 mAh swappable battery keeps classes, research and demos running.
Five ways to operate
Remote controller, mobile app, computer, scripting and a full developer API.
Where the G1 goes to work
In the box: remote controller · 9000 mAh battery · charger · calibration kit · user manual.
Talk to our team
We’ll put together a tailored deployment plan — hospitality, healthcare, education, retail and beyond.