Omni-directional Perception, Agile Motion
The supplied R1 EDU Standard table lists 24 joint-motor degrees of freedom: six per leg, five per arm, two at the waist and none at the head. The listed perception sensor is a humanoid binocular camera.

Humanoid robot development platform
The R1 Basic platform with a built-in 40 TOPS computing expansion dock, AI algorithm support and high-level and low-level development access.
Based strictly on the supplied configuration tables, R1 EDU Standard includes all features of the R1 Basic version and adds robot models, simulation interfaces, support for simulation environments such as Isaac SIM, development manuals, technical support and ecosystem support.
Unitree R1 EDU Standard capabilities
R1 EDU Standard combines the supplied R1 Basic platform specifications with EDU-specific computing, development and simulation resources.
The videos demonstrate the broader Unitree R1 platform. Exact movements, software functions or hardware visible in the footage may vary from the R1 EDU Standard U1 configuration described on this page.
The supplied R1 EDU Standard table lists 24 joint-motor degrees of freedom: six per leg, five per arm, two at the waist and none at the head. The listed perception sensor is a humanoid binocular camera.
Because the supplied EDU table states that all R1 Basic features are included, R1 EDU Standard inherits the listed 1210 × 357 × 190 mm standing dimensions and approximately 25 kg weight with battery.
R1 EDU Standard includes a built-in expansion dock with 40 TOPS computing power for development, including AI algorithm support.
The supplied table lists high-level and low-level development, robot models, simulation interfaces and support for simulation environments such as Isaac SIM.
R1 EDU Standard · R1 EDU U1
This section contains only the information directly stated in the supplied R1 EDU Standard table.
The supplied EDU table states that R1 EDU Standard includes all features of the R1 Basic version.
The supplied table identifies this configuration as R1 EDU U1.
Six per leg, two at the waist, five per arm and none at the head.
The expansion dock is listed for development computing and AI algorithm support.
The supplied table lists a maximum single-arm payload of 2 kg.
The supplied table identifies a humanoid binocular camera as the perception sensor.
Both high-level and low-level development support are explicitly listed.
The supplied R1 EDU Standard table lists a 12-month warranty.
The table lists robot models, simulation interfaces, support for simulation environments such as Isaac SIM, technical support, comprehensive development manuals and ecosystem support.
Inherited R1 Basic platform
The EDU table states that all R1 Basic features are included. The information below is inherited from the supplied R1 Basic table rather than repeated directly in the EDU U1 row.
Approximately 25 kg with the battery installed.
Base processing hardware inherited from the supplied R1 Basic configuration.
Standard speaker and microphone-array hardware.
Wireless connectivity inherited from the supplied R1 Basic configuration.
Approximately one hour of listed battery life.
Hollow joints, dual and single encoders and localized air cooling.
Development platform
The EDU U1 configuration adds computing, development and simulation resources to the supplied R1 Basic platform.
Built-in computing power for development and AI algorithm support.
Both development levels are explicitly listed in the supplied EDU Standard table.
Robot models, simulation interfaces and environments such as Isaac SIM are listed.
Technical information
EDU-specific specifications and inherited R1 Basic platform information are separated below.
Directly stated in the supplied R1 EDU Standard table.
| Product configuration | R1 EDU Standard |
|---|---|
| Configuration identifier | R1 EDU U1 |
| Base platform | Includes all features of the R1 Basic version |
| Total degrees of freedom | 24 joint-motor DOF |
| Degrees of freedom per leg | 6 |
| Waist DOF | 2 |
| Degrees of freedom per arm | 5 |
| Head DOF | None |
| Computing expansion dock | Built-in 40 TOPS computing power |
| AI algorithm support | Included |
| Maximum single-arm payload | 2 kg |
| High-level development | Supported |
| Low-level development | Supported |
| Robot models | Provided |
| Simulation interfaces | Provided |
| Simulation environments | Supports environments such as Isaac SIM |
| Technical support | Provided |
| Development manuals | Comprehensive development manuals provided |
| Ecosystem support | Provided |
| Perception sensor | Humanoid binocular camera |
| Listed warranty period | 12 months |
Included because the EDU Standard table states that all R1 Basic features are included.
| Standing dimensions | 1210 × 357 × 190 mm |
|---|---|
| Weight with battery | Approximately 25 kg |
| Calf and thigh length | 0.675 m |
| Single-arm length | Approximately 0.435 m |
| Waist joint motion range | Y: ±150°; R: ±30° |
| Knee joint motion range | -10° to +148° |
| Hip joint motion range | Y: ±157°; P: -168° to +146°; R: -60° to +100° |
| Internal cable routing | Hollow joints with internal cable routing |
| Joint encoders | Dual + Single |
| Cooling system | Localized Air Cooling |
| Power supply | Lithium Battery |
| Base computing power | 8-core High-Performance CPU |
| Audio hardware | Speaker and Microphone Array Standard |
| Wireless connectivity | Wi-Fi 6 and Bluetooth 5.2 |
| Battery life | Approximately 1 hour |
| Smart OTA upgrade | Supported |
The inherited items above come from the supplied R1 Basic table. The 40 TOPS dock, development access, simulation resources and 12-month listed warranty come directly from the supplied R1 EDU Standard U1 table.
R1 platform demonstrations
Additional demonstration footage of coordinated humanoid movement. Exact functions may vary by configuration.
Movement across the Unitree R1 platform through coordinated joint control.
A closer view of balance and coordinated humanoid movement.
Quick answers
It is the R1 EDU U1 configuration. The supplied table states that it includes all R1 Basic features and adds development computing, interfaces and support resources.
The supplied table lists 24 joint-motor DOF: six per leg, five per arm, two at the waist and none at the head.
A built-in expansion dock with 40 TOPS computing power for development and AI algorithm support.
Yes. The supplied table lists both high-level and low-level development support.
Yes. Robot models and simulation interfaces are explicitly listed.
The supplied table lists support for simulation environments such as Isaac SIM.
Frequently asked questions
Yes. The supplied EDU Standard table explicitly states that all features of the R1 Basic version are included.
No. The supplied R1 EDU Standard table lists head degrees of freedom as none.
The supplied table lists a maximum single-arm payload of 2 kg.
It is listed for development computing, including AI algorithm support.
The table lists robot models, simulation interfaces, technical support, comprehensive development manuals and ecosystem support.
The supplied table identifies the perception sensor as a humanoid binocular camera.
The supplied R1 EDU Standard table lists a 12-month warranty.
SpeedyDrone Canada
R1 EDU Standard combines the supplied R1 Basic platform with a built-in 40 TOPS computing dock, high-level and low-level development access, robot models and simulation interfaces. Confirm final availability, delivery requirements and written warranty terms with SpeedyDrone Canada before purchase.
Safety notice: Humanoid robots contain powerful moving joints. Operate the robot in a controlled area, maintain an appropriate safety distance and follow all applicable operating, development and safety documentation.
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