Records
37
HF AUTHOR CLUSTER
37 robotics-tagged HF records from unitreerobotics, totaling 35,113 cumulative downloads. Some records cite published arxiv research.
DIRECT ANSWER
Author clusters consolidate every record from one publisher into a single buyer-review surface. unitreerobotics ships 37 robotics datasets on Hugging Face. Top license: apache-2.0. Of those, 37 get a full standalone page, 0 get a shorter profile, and 0 are folded into this cluster.
37
35,113
apache-2.0
DATASETS
37 of 37 datasets
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Dataset Structure meta/info.json: { "codebase_version": "v2.1", "robot_type": "Unitree_G1_Gripper", "total_episodes": 201, "total_frames": 172649, "total_tasks": 1, "total_videos": 804,…
Published Mar 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Important Notes: This is a G1 diversity dataset that can be used for video generation models, world models, and other applications [Lee et al., 2018].
Published Mar 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Apr 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Dataset Structure meta/info.json: { "codebase_version": "v2.1", "robot_type": "Unitree_Z1_Dual", "total_episodes": 254, "total_frames": 178104, "total_tasks": 1, "total_videos": 762, "total_chunks":…
Published Jan 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Dataset Structure meta/info.json: { "codebase_version": "v2.1", "robot_type": "Unitree_G1_Brainco", "total_episodes": 201, "total_frames": 234959, "total_tasks": 1, "total_videos": 804,…
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Apr 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Mar 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Important Notes: This is a G1 diversity dataset that can be used for video generation models, world models, and other applications [Lee et al., 2018].
Published Mar 2026 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Important Notes: This is a G1 diversity dataset that can be used for video generation models, world models, and other applications [Lee et al., 2018].
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Dataset Structure meta/info.json: { "codebase_version": "v2.1", "robot_type": "Unitree_Z1_Single", "total_episodes": 1265, "total_frames": 989335, "total_tasks": 1, "total_videos": 2530,…
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Apr 2026 · apache-2.0 · unitreerobotics
Data Structure Observations observation.state.ee_state (12) End-effector states of the robot. Computed via forward kinematics (FK) from the root link to the left and right end-effectors. Includes the contribution of the waist.
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Dataset Structure meta/info.json: { "codebase_version": "v2.1", "robot_type": "Unitree_G1_Brainco", "total_episodes": 197, "total_frames": 220788, "total_tasks": 1, "total_videos": 788,…
Published Sep 2025 · apache-2.0 · unitreerobotics
This dataset was created using LeRobot. Due to the inability to precisely describe spatial positions, adjust the scene to closely match the first frame of the dataset after installing the hardware as specified in Part 5 of AVP…
KEEP DIGGING
A dataset record is only useful when it connects into the rest of the buyer workflow. The next review step is usually not another summary; it is a fit check, rights triage, source comparison, or custom bounty spec that names the missing proof.
For physical AI teams, the hard question is whether the public source can support a specific model objective under real deployment constraints. That requires adjacent dataset records, tools, comparisons, and sourcing paths, plus external references that a reviewer can open and challenge.
Use the links below to keep the review grounded. Start broad when discovery is incomplete, move into profile and comparison pages when the candidate source is known, and switch to custom collection when the blocker is rights, consent, geography, robot embodiment, or target environment coverage.
TRUELABEL ROUTING
If the Hub records don't carry the license, consent, or deployment fit your team needs, commission a custom collection on the same modality with explicit commercial terms.