Custom development
Custom Unitree G1 development and programming
Australia's only G1 EDU hire offer is also the stronger path for custom programming. We do not just operate the robot; we scope, test, and programme bespoke behaviours for events, enterprise demos, education, and branded experiences.
Australia's only G1 EDU hire offer
Compare hire options against the G1 EDU standard: stronger interaction, operator-led teleoperation, dexterous-hand workflows, and custom programming for real event settings.
View G1 EDU hire detailsWhat custom development means
The G1 EDU supports secondary-development workflows that make it useful beyond a standard hire appearance. We can build branded interactions, event-specific gestures, product routines, and technical demos around the brief instead of relying on a generic walk-and-wave routine.
- Branded greeting and interaction workflows
- Product presentation and object handover routines
- AI and computer vision demonstration concepts
- Choreographed sequences timed to a stage cue or camera shot
Technical capability areas
The custom-development offer can involve SDK-oriented planning, Python or C++ discussion, ROS2-style integration paths, sensor-led demos, force-controlled hand programming, and operator-led teleoperation API workflows. Exact scope depends on the confirmed G1 EDU build and event environment.
- On-board AI and sensor demonstrations
- Depth camera and LiDAR-driven concepts
- Force-controlled hand interaction
- Enterprise proof-of-concept planning
Why this depends on G1 EDU
G1 Basic can be suitable for simpler display demos, but G1 EDU is the right hire path when the client needs secondary development, custom behaviours, technical explanation, and more advanced workflow planning.
Example: programmed drink handover
A drink handover is treated as one custom workflow, not a novelty bartender service. The object, grip, table height, safety zone, operator cue, and handover sequence are planned and tested before the event.
Process
The process is brief, scope, development, testing, deployment, and event operation. A clear brief keeps the work realistic and avoids promising a robot behaviour that the venue, object, or timeline cannot support.