Software, SDK, and simulation

Versions, languages, task IDs, and published assets — not payload. Galbot G1 is a wheeled dual-arm platform; Unitree G1 is a biped used as an evaluation body in some Galbot-hosted papers. NVIDIA’s Isaac Lab copy calls Galbot a “humanoid”; this page does not adopt that identity. Galbot ET1 has no public SDK or URDF here.

Class definition

This page catalogues developer documentation, SDKs, simulation descriptions, and named simulator tasks. A version string is not a hardware specification. A GitHub repository for a paper is not proof that the same checkpoint runs on an unmentioned robot. Hardware numbers for G1, S1, and TM01 stay on their class pages.

Identity. Galbot G1 (wheeled dual-arm) ≠ Unitree G1 (biped) ≠ Galbot ET1 (announced biped, no sheet). The Galbot developer platform’s Chinese product line currently labels G1 a “通用人形机器人”; the landscape still treats G1 as a wheeled dual-arm because that is the form in the G1 Quick Start. Isaac Lab’s environment table says “Galbot humanoid robot”; that is NVIDIA’s wording, quoted only as such.
ET1 software boundary. AstraBrain-Agent is the named launch architecture. Public sources inspected here do not establish a public ET1 SDK, URDF, or that LDA-1B, WAM-TTT, LATENT, or Humanoid-GPT released checkpoints run on ET1. ET1 does not appear in any table on this page.

Galbot developer platform — current manuals

The platform lists one current manual version per product. G1 hardware numbers live on the mobile-manipulators page; TM01 hardware numbers belong with accessories, not here.

Source: Galbot Developer Platform [M1]. SDK version is also stated on the SDK 1.9.1 docs [M2].
ItemKindCurrent versionHost / scope
Galbot G1 Quick Startrobot manualv2.2.4 [M1]Galbot G1 [M1]
Galbot S1 manualrobot manualv2.0.0 [M1]Galbot S1 [M1]
TM01 teleoperation master–slave armaccessory manualv1.4.0 [M1]Galbot G1 accessory [M1]
Galbot SDKPython / C++ APIv1.9.1 [M1] [M2]G1 and S1 [M3]

GalbotSDK

The GitHub README is the version-compatibility source. The hosted docs introduce galbot_sdk with Python and C++ API references. The public developer site describes five capability areas (perception, planning, control, navigation, interaction) without publishing rates or latencies for those APIs.

Sources: GalbotSDK README [M3]; SDK 1.9.1 documentation [M2].
MetricGalbotSDK
Latest SDKV1.9.1 [M3]
Release date2026-07-03 [M3]
Compatible robot environmentV1.17 [M3]
LanguagesPython and C++ [M3]
Python3.8–3.14 [M3]
Host OS (stated)Ubuntu 20–24 [M3]
Stated robot modelsG1 / S1 [M3]
Package namegalbot_sdk [M2]
DownloadGitHub GalaxyGeneralRobotics/GalbotSDK [M2]
API surface (site copy)perception, planning, control, navigation, interaction; high-level built-in algorithms and low-level joint / chassis / sensor access [M4]

Developer subscription (vendor commercial page)

Prices and SLA figures are copied from Galbot’s public developer site. They are commercial terms, not hardware specs. Currency is CNY as printed; tax and procurement status are unpublished.

Source: Galbot developer product handbook [M4]. Retrieved 2026-08-27.
MetricFREEPROENTERPRISE
List price¥0, permanent [M4]¥50,000 / robot / year [M4]¥200,000 / robot / year [M4]
问问小盖 quota5 / day [M4]100 / day [M4]unlimited (site copy) [M4]
SLA P0 first response≤4 h [M4]≤2 h [M4]
SLA P1 first response≤12 h [M4]≤6 h [M4]
Stated inclusionsGalbotSDK, docs, digital models, community Q&A [M4]training camps, ticket system, remote debug, online sim, on-robot deploy [M4]dedicated engineer, on-site debug, first-deploy escort (1 week on site) [M4]

Official simulation descriptions

These repositories are Apache-2.0 robot descriptions. They prove publication of URDF / MJCF / USD, not payload. Full G1 and S1 hardware sheets stay on the mobile-manipulators page.

Sources: Galbot G1 Golf description README [M5]; Galbot S1 description README [M6]. Repository download links with Apache-2.0 captions sit under the table.
MetricGalbot G1 (Golf description)Galbot S1
FormatsURDF, MJCF, USD [M5]URDF, MJCF, USD [M6]
LicenseApache-2.0 [M5]Apache-2.0 [M6]
Preset URDFsgalbot_one_golf.urdf; galbot_one_golf_fixed_base.urdf [M5]
MJCF base variantswheeled (galbot_one_golf.xml), fixed base, planar base [M5]
USD entryusd/galbot_one_golf.usda [M5]
Platform listingG1 Description URDF · MJCF · USD [M1]S1 Description URDF · MJCF · USD [M1]

Isaac Lab — named Galbot tasks

Task IDs are copied from the Isaac Lab environments page. NVIDIA’s table text says “left arm of a Galbot humanoid robot.” That wording is quoted; it is not this landscape’s class for Galbot G1. These tasks do not publish Galbot payload, mass, or runtime.

Source: Isaac Lab Available Environments [M7].
Task IDWhat the docs stateWorkflow
Isaac-Stack-Cube-Galbot-Left-Arm-Gripper-RmpFlow-v0stack three cubes (blue, red, green) with the left arm; NVIDIA text: “Galbot humanoid robot” [M7]Manager Based [M7]
Isaac-Stack-Cube-Galbot-Right-Arm-Suction-RmpFlow-v0right-arm suction cube stack; listed on the same environments page [M7]Manager Based [M7]
Isaac-Stack-Cube-Galbot-Left-Arm-Gripper-Visuomotor-v0left-arm gripper visuomotor variant; play env also listed [M7]Manager Based [M7]
Isaac-Stack-Cube-Galbot-Left-Arm-Gripper-Visuomotor-Play-v0play counterpart of the visuomotor task [M7]Manager Based [M7]

MuJoCo Menagerie — what is listed

DeepMind’s Menagerie is a third-party MJCF collection. Galbot G1/S1 descriptions are published by Galbot, not in this list. Unitree G1 in Menagerie is the Unitree humanoid, not Galbot G1. Sharpa Wave is an end-effector model; listing it here does not make it a Galbot SKU.

Source: google-deepmind/mujoco_menagerie README [M8].
Model in MenagerieListed DoFLicense on the listStatus
Unitree G129 [M8]BSD-3-Clause [M8]listed under humanoids [M8]
Sharpa Wave22 [M8]Apache-2.0 [M8]listed under end-effectors [M8]
Galbot (any)not listed [M8]

Research code on the Unitree G1 evaluation body

These repositories are hosted by GalaxyGeneralRobotics and state a Unitree G1 target. They do not retarget those papers onto Galbot G1. Real-robot result numbers stay on the research page.

The Humanoid-GPT GitHub repository description currently reads “Official implementation of AstraBrain-WBC 0.5.” That is a company repository blurb. The open README still says the platform is optimized for a 29-DoF Unitree G1. It is the nearest public code link for the WBC announcement, not a proven one-to-one checkpoint identity with every Galbot product name.
Sources: Humanoid-GPT README [M9]; LATENT README [M10].
MetricHumanoid-GPTLATENT
Stated targetUnitree G1, 29 DoF whole-body [M9]Unitree G1 (G1TrackingGeneral; motion path UnitreeG1) [M10]
Simulator in READMEMuJoCo-MJX [M9]MuJoCo [M10]
LicenseApache-2.0 [M9]
Control / tracking notereal-robot deploy docs under deploy/ for Unitree G1 [M9]default preprocess frequency 50 Hz [M10]
PaperarXiv:2606.03985 [R1]arXiv:2603.12686 [R2]