Wonder Byte is a Brisbane-based supplier of the Unitree G1 EDU humanoid robot in Australia for research, evaluation and development projects. EDU is the secondary-development version, with Jetson Orin high-compute support, the higher-DOF configuration and compatibility with Dex3-1 dexterous hands.
Unitree positions G1 as a compact humanoid robot platform for embodied AI, research and flexible human-space deployment. The EDU version adds the hardware and software stack needed for development work, not only demonstration use.
Dex3-1 hands · optional tactile sensing · force-position hybrid control
Dex3-1 three-fingered dexterous hands are available on G1 EDU for grasping, manipulation and interaction work. This is the configuration to quote when the project depends on hand use rather than locomotion alone.
DexterityDepth camera + 3D LiDAR · compact 1.27 m body
G1 combines a smaller humanoid footprint with depth sensing and LiDAR, which makes it easier to evaluate in labs, showrooms and indoor spaces built around people rather than fixed automation cells.
MobilityJetson Orin module · secondary development · OTA updates
The EDU configuration adds the high-computing-power module and the development access needed for custom software, embodied AI experiments, perception work and platform-level evaluation.
AI PlatformUse G1 EDU for embodied AI work, human-robot interaction studies, locomotion research and teaching environments that need a real humanoid with ROS 2 access, Jetson Orin compute and secondary development support.
Wonder Byte manages the pilot, hardware delivery and operational support throughout the evaluation period. Most enterprise enquiries start here before any broader commitment. If the task is closer to field inspection than humanoid interaction, teams often compare G1 with the Unitree GO2 robot dog.
Teams building control systems, interaction logic or perception workflows who need a real humanoid body and on-board compute to test against.
Trade shows, brand activations and public demonstrations where G1's visual presence and movement quality are the primary requirement.
Wonder Byte supplies the EDU version. If the project needs secondary development, higher DOF, Jetson Orin compute or Dex3-1 hands, this is the configuration to quote rather than the standard retail model.
| G1 Standard Demonstration | G1 EDU Development | |
|---|---|---|
| Active DOF | 23 | 43 (expandable) |
| AI Compute | 8 TOPS | 40 TOPS (NVIDIA Jetson Orin) |
| Charging | Manual | Auto-dock |
| Hands | No dexterous hand | Dex3-1 three-fingered dexterous hand + optional wrist DOF |
| Secondary development | Not supported | Supported |
| Best fit | Retail / non-development configuration | Research, evaluation and development configuration |
| Model | Unitree G1 EDU |
|---|---|
| Height | About 1.27 m |
| Weight with battery | About 35 kg+ |
| Total degrees of freedom | 23 to 43 depending on configuration |
| Waist DOF | 1 + optional 2 additional waist DOF |
| Single hand DOF | Dex3-1: 7 + optional 2 additional wrist DOF |
| Maximum knee torque | 120 N·m |
| Arm maximum load | About 3 kg |
| Basic computing power | 8-core high-performance CPU |
| High-compute module | NVIDIA Jetson Orin |
| Sensing | Depth camera + 3D LiDAR |
| Wireless | Wi-Fi 6 and Bluetooth 5.2 |
| Audio | 4-microphone array and 5W speaker |
| Battery | 9000mAh quick-release smart battery |
| Runtime | About 2 hours |
| Secondary development | Supported on EDU |
| Warranty period | 18 months |
As the local supplier, Wonder Byte helps customers in Australia move from product enquiry to usable deployment. The exact scope depends on whether the requirement is hardware supply, a demonstration setup or a development-led project that calls for G1 EDU.
Wonder Byte supplies the Unitree G1 EDU configuration in Australia for ROS 2 workflows, custom software and platform-level development. Unitree lists secondary development on EDU, not on the standard retail version.
G1 is best suited to indoor structured environments such as labs, showrooms, event spaces and technical evaluation sites. Wonder Byte reviews floor conditions, operating space, power access and supervision requirements before recommending a deployment format.
Yes. We can scope custom software, interface layers, perception workflows and application logic on top of the G1 EDU platform. The right delivery model depends on whether you need a standalone robot supply, a local pilot or a broader software engagement.
Lead time depends on configuration, Unitree availability and whether the project includes local integration work. Wonder Byte will confirm hardware timing, shipping assumptions and any software scope during quotation rather than giving a generic retail estimate.
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Tell us your use case, environment and timeframe. Wonder Byte will scope a deployment format that fits your organisation, from a structured pilot to a full integration.
