Unitree · Humanoid
G1
A smaller humanoid. A serious development decision.
Independent profile · Public-information analysis
Manufacturer figures.
Read the original specification
THE PHASE VIEW
Research platform, not a ready-made general-purpose assistant
For a robotics lab, the useful question is not whether G1 can perform an impressive routine. It is whether the purchased configuration exposes the control, sensing and manipulation tools needed for a repeatable experiment.
Treat the robot, the learned policy and the task environment as separate parts of the system. A successful demonstration does not establish that the same behaviour is included in your purchase, works without supervision or transfers to a new room.
PHASE interpretation of public information. We have not tested this machine.
Where to evaluate it
Robot learning
Evaluate it against a defined research task, with a repeatable baseline and a way to inspect failures.
Manipulation experiments
Start with object size, reach, contact force and the required hand. Confirm that the chosen configuration supports them.
Education and demonstrations
Plan supervised sessions, a clear operating area and a recovery procedure before introducing an audience.
Know the configuration
Manufacturer comparisonG1
23 joint degrees of freedom; approximately 35 kg. Unitree’s comparison does not list secondary development for this version.
G1 EDU
23–43 joint degrees of freedom, depending on options. Secondary development is listed; hand, wrist, waist and compute options require configuration checks.
Configuration notes summarise the linked manufacturer page. Confirm the exact hardware and software in writing.
Technical reference
Manufacturer specifications; not independent measurements. Checked .
- Standing dimensions
- 1320 × 450 × 200 mmManufacturer specification
- Weight with battery
- About 35 kg (G1)Manufacturer specification
- Degrees of freedom
- 23 (G1); 23–43 (G1 EDU)Manufacturer specification
- Folded dimensions
- 690 × 450 × 300 mmManufacturer specification
- Perception
- Depth camera and 3D LiDARManufacturer specification
- Battery
- 9,000 mAh, quick releaseManufacturer specification
- Published battery life
- About 2 hours; conditions and configuration matterManufacturer specification
- Secondary development
- Not listed for G1 standard; supported on G1 EDUManufacturer specification
- Manufacturer warranty reference
- 8 months standard; 18 months EDU on the global product table; verify the actual Australian supply contractManufacturer specification
Software & platform
G1 standard and G1 EDU expose different development access. The manufacturer lists secondary development for EDU. Confirm installed compute, hand hardware, firmware and SDK permissions for the exact supplied edition.
MANUFACTURER FOOTAGE
See the machine in motion
Unitree’s promotional demonstration, not a PHASE test. Edited footage does not establish task reliability, autonomy or the features included in every configuration.
BUYING IN AUSTRALIA
Scope the purchase.
Not just the hardware.
For an Australian lab, ask who handles commissioning, damaged joints, battery replacement and return freight. Include a safe test area and staff training in the project budget.
Australian availability and local support have not been independently verified. No verified Australian delivered price is published here.
Questions before you commit
- Ask for the development manual and confirm the control interfaces available on the exact SKU.
- Specify the hand, wrist and compute modules in the quotation; do not rely on a demonstration video.
- Define acceptance tests for your objects and environment, including recovery after a failed grasp.
Compare local and direct-import options
Australian buyer checklistSources & evidence
- Primary sourceUnitree G1 — official product information
Product information and configuration comparisons are attributed to Unitree. The PHASE view, evaluation questions and buyer considerations are editorial analysis. Suggest a correction.
PHASE coverage
Metatron gives Unitree G1 one frozen controller. The benchmarks are still simulated.
NVIDIA’s policy handles steering, reaching, recovery, teleoperated pickup and sitting through changing goal prompts. Its 83% reaching result and push tests are MuJoCo results, while hardware evidence remains qualitative.
REACH gets Unitree G1 under a 40 cm clearance. The reliability result is narrower.
The system combines LiDAR planning, variable-height walking and crawling. Its 48/50 real-robot transition result is measured; the full confined-space runs are still demonstrations.
Watch Your Step cuts what Unitree G1 needs to see before it steps
A foothold predictor reduces the terrain input from 693 heights to 102 values and reaches the training curriculum roughly three times sooner. Real G1 videos show transfer, not measured reliability.
REACT lets a Unitree G1 handle close contact from its own camera
The research system completed 31 of 50 staged real-robot trials with no teleoperation or external tracking. Its five short interactions are not evidence of safe care or workplace deployment.
SuperMimic cuts the compute needed to train a Unitree G1 motion tracker
A differentiable world model beats a 128-GPU motion-tracking baseline’s return after three hours on one H100. The headline result is simulated; the physical G1 evidence remains a demonstration.
SWAP gives Unitree G1 more than one way around an obstacle
A diffusion planner lets G1 choose among ducking, sidestepping and turning motions at run time. The physical evidence is promising, but it amounts to five trials per scenario.
Whole-Body Dexterity gives Unitree G1 more ways to hold a load
A learned controller helps G1 keep a ball or box supported as it changes grip. The tests are human-guided, and the full shelf-to-table sequence succeeds in seven of ten trials.
λ0 gives Unitree G1 more human experience. Robot training still matters.
Alibaba researchers pair 500 hours of human activity with whole-body motion to train a G1 policy. Their real-world trials support the approach, while the release still stops short of a reproducible deployment.
Workhorse gives Unitree G1 a different route to whole-body autonomy
Instead of asking one policy to control every joint, Workhorse separates visual planning from whole-body tracking and connects them through five human-scale poses. The result is dynamic autonomy on a real G1—but not yet a general or open system.
Unitree G1 can do construction tasks by teleoperation. It is still much slower than a person.
A construction-site study got G1 to carry a tool and paint a test sheet, but the clearest result was the productivity gap: about 18 times slower for transport and three times slower for painting.
Unitree UnifoLM-WLA-1.0: what is actually open now?
The September 20 code release makes action-expert training possible with earlier ER weights. It does not yet provide the complete WLA-Base checkpoint or a turnkey reproduction of Unitree’s robot demonstrations.
QUT is taking its Unitree G1 to Brisbane Festival. The real test is human-robot interaction.
QUTie’s motion-captured wellness routine will put a humanoid in front of a festival crowd on 22–23 September. The choreography is the easy part; how people choose to approach, follow and trust it is more revealing.
Toborlife adds a supported training-data workflow for Unitree G1
The new G1 EDU teleoperation offering puts integration, data capture and support at the centre of the pitch. Its value depends on the work it saves researchers.
G1+ puts the upgrade question in the sensors, not just the motors
10–16 September 2026, reviewed through 14 September. A reading of Unitree’s current G1+ specification highlights sensing, configuration and developer access—the details that matter before an upgrade.
Unitree’s autonomous combat claim needs evidence beyond the ring
3–9 September 2026 in review. The UnifoLM-X2-1.0 announcement put real-time interaction in the spotlight. The next questions concern the test conditions, supervision and transfer to useful tasks.
Unitree goes public. The harder test comes next.
Its 19 August Shanghai listing is a milestone for the robot maker. Turning public-market attention into useful, dependable machines is a different challenge.
See this robot in person
Explore sourced Australian appearances of Unitree G1, including upcoming events and past demonstrations.
Find Unitree G1 events →PHASE SERVICES
Find hire and support for this robot.
11 listed services mention this model. Confirm the exact edition, firmware and task with each provider.
Official demonstration image. Unitree Robotics. Original video
This is an independent, unofficial publication and is not affiliated with Unitree Robotics.