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DATASET FACET · MODALITY

Teleoperation trajectories datasets for physical AI

Robot demonstrations recorded while a human controls the platform, often including action states, end-effector poses, and synchronized video.

DIRECT ANSWER

Teleoperation trajectories pages collect datasets where this modalityis materially relevant, then add truelabel’s commercial use, consent risk, and deployment fit notes so buyers can decide whether public data is enough.

MATCHED DATASETS

10 catalog entries

Commercial use
License
Task
Robot
Format

10 of 10 datasets

Open X-Embodiment

Commercial use unclear · Multi-institution robot demonstration corpus; exact per-task scale varies by contributing dataset.

A large cross-institution collection of robot demonstrations spanning many embodiments and manipulation tasks.

  • RGB-D
  • Proprioception
  • Robot Grasping

DROID

Commercial use unclear · Large real-world manipulation corpus; check source for current release counts.

A real-world robot manipulation dataset focused on diverse teleoperated demonstrations outside narrow lab-only settings.

  • Teleoperation
  • RGB-D
  • Robot Grasping

ALOHA

Commercial use unclear · Task-specific demonstrations released around the ALOHA platform and follow-on projects.

A low-cost bimanual teleoperation platform and dataset family used for imitation learning in dexterous manipulation.

  • Teleoperation
  • RGB-D
  • Bimanual Manipulation

RH20T

Commercial use unclear · Source describes more than 110,000 contact-rich manipulation sequences with visual, force, audio, action, and human demonstration signals.

A real-world contact-rich robot manipulation dataset with multimodal sensing, force, audio, and human demonstration video.

  • Teleoperation
  • RGB-D
  • Robot Grasping

AgiBot World

Commercial use unclear · Hugging Face organization page describes the Beta release as 1M+ trajectories and 2,976.4 hours across 217 tasks, 87 skills, 3,000+ objects, and 100+ real-world scenarios.

A large-scale real-world robot manipulation dataset family for fine-grained manipulation, tool use, and multi-robot collaboration.

  • Teleoperation
  • RGB-D
  • Household Manipulation

RoboSet

Commercial use unclear · Source describes 30,050 trajectories, including 9,500 collected through teleoperation, across 12 skills and 38 tasks with four camera views.

A real-world multi-task kitchen manipulation dataset with teleoperated and kinesthetic demonstrations.

  • Teleoperation
  • RGB-D
  • Household Manipulation

RoboTurk

Commercial use unclear · Project materials describe over 100 hours of real robot data and thousands of successful manipulation demonstrations collected through remote users.

A large-scale teleoperation data collection platform and dataset family for robot manipulation tasks.

  • Teleoperation
  • RGB-D
  • Robot Grasping

UMI

Commercial use unclear · Project materials emphasize portable in-the-wild data collection and fast demonstrations for tasks such as cup manipulation, dish washing, cloth folding, and dynamic tossing.

Universal Manipulation Interface is an in-the-wild human demonstration framework for transferring portable gripper data to robot policies.

  • Egocentric video
  • Teleoperation
  • Bimanual Manipulation

FurnitureBench

Commercial use unclear · Documentation describes 219.6 hours and 5,100 successful furniture assembly demonstrations collected with controller and keyboard inputs.

A real-world long-horizon furniture assembly benchmark with successful demonstration data.

  • Teleoperation
  • RGB-D
  • Furniture Assembly

LeRobot datasets

Commercial use unclear · LeRobot documentation describes a standardized dataset ecosystem on Hugging Face Hub using Parquet for tabular data and MP4 for video observations.

A Hugging Face robotics dataset ecosystem and standardized dataset format for multimodal robot learning data.

  • Teleoperation
  • RGB-D
  • Robot Grasping

FACET REVIEW PATHS

Do not treat this tag as the whole sourcing decision

Facet groupings are discovery aids, not final recommendations. A shared modality, task, robot, format, license, or commercial-use label only says that datasets are worth comparing; it does not prove that the source is safe, complete, or useful for a target model.

Use this grouping to shortlist candidates, then open the dataset profiles, run fit and license checks, and compare sources against the buyer's target environment. Thin tag results become useful only when they route the reader into deeper evidence and action surfaces.

The external references below keep the facet grounded in robotics data practice. They help reviewers understand why format, embodiment, trajectory quality, licensing, and real-world coverage matter before a team commits engineering time to ingestion.

When a facet has only a few matching datasets, treat that as a signal rather than a weakness. It may mean the public corpus is thin for that robot, task, or format, and the next move is a custom supplement with the facet written into acceptance criteria.

INTERNAL LINKS

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EXTERNAL REFERENCES

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TRUELABEL ROUTING

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