Training Data for Robot Learning and Manipulation

We collect and structure manipulation datasets for robotic systems — covering human demonstrations, robot arms, real-world environments, and synthetic scenarios.

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Our Data Catalog and Services for Robots

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Datasets for Robots

Structured robotic datasets collected from human demonstrations and robotic systems — ready for training and testing across manipulation tasks and real-world environments.
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Data Collection

Structured data gathered from robots, devices, and human interactions — with documented validation steps and episode-level filtering.
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Support

Continuous dataset support including validation, data cleaning, and structured review cycles.

What Makes a Good Robotics Dataset?

An effective dataset for robot learning captures:

  • Robot embodiment: actuation, sensor data, and physical configuration
  • Environment: layout, external agents, and operational context
  • Tasks and events: goals, constraints, and conditions in real-world scenarios
Datasets structured around these dimensions give models the signal they need to perform across manipulation tasks, dynamic environments, and real-world applications.
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Environment

  • Layout
  • Agents

Tasks & Events

  • Goals
  • Constraints

Robot Embodiment

  • Sensors
  • Actuation

Robotics Datasets by Source

Human Demonstration Data

Human Demonstration Data

Datasets collected from people performing structured tasks, covering human demonstrations, physical interaction, and robotic learning scenarios, annotated for motion, intent, and context.

Use cases

  • Hand movements and manipulation
  • Human-robot interaction scenarios
  • Task demonstrations and robotic learning
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Humanoid Robot Data

Datasets collected from robots operating alongside people, covering proximity responses, handoffs, and collaborative task execution in shared spaces.

Use cases

  • Hand movements and manipulation
  • Human – robot interaction scenarios
  • Task demonstrations and robotic learning
  • Safety and edge case testing
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Robot Arm Data

Datasets captured from robot arms across manipulation tasks, including joint states, end-effector positions, force feedback, and RGB video.

Use cases

  • Pick and place
  • Assembly tasks
  • Industrial robot operation
  • Motion and trajectory learning
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Mobile and Service Robot Data

Mobile and Service Robot Data

Data collected from mobile robots, service robots, and warehouse robots across real-world scenarios, structured for navigation, task execution, and robotic systems interaction.

Use cases

  • Navigation and obstacle avoidance
  • Shelf, door, and terrain interaction
  • Task sequencing in dynamic spaces
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Robot Courier Data

Robot Courier Data

Datasets from delivery robots operating indoors and outdoors, covering route execution, object handoff, and human interaction in urban environments.

Use cases

  • Route planning and execution
  • Object handoff and delivery
  • Pedestrian and human avoidance
  • Indoor and outdoor urban operation
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Synthetic Data

Synthetic Data

Synthetic robotics data is generated from simulation environments to supplement or replace physical training data collection, useful when real-world applications are costly, slow, or operationally constrained.

When to use synthetic data

  • When scenarios are dangerous or impossible to stage
  • When training data volume is insufficient for stable model training
  • When object variety needs to scale beyond physical data collection
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Don't see the dataset you need?

Send us your robot arms, humanoid systems, or custom devices, we'll scope and collect the training data you need.

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Robotics Datasets by Source

robot dataset

Lerobot SO-101 Manipulations Dataset

Lerobot SO-101 Manipulations Dataset is a compact, high-quality set of 20 teleoperated robotic arm recordings (~30 FPS) captured on the […]

Tasks:
Pick-and-place, manipulation
Format:
LeRobot v2.1 (Parquet + MP4)
Sensor data:
3 camera views, 7-axis state and action space
Episodes:
20
Training:
Compatible with imitation learning pipelines
robotic dataset

Robotic Household Activities Dataset

This droid dataset comprises 1,000 hours of multimodal recordings of cleaning, laundry folding, and dishwashing activities, combining head-mounted video with […]

Tasks:
Human Activity Recognition, motion analysis, action segmentation
Sensor data:
3-axis accelerometer, gyroscope, magnetometer + orientation quaternions
Video:
Head-mounted MP4, JSON metadata
Hours:
1,000
Use:
Robotic learning, foundation models, humanoid systems

Custom Data Collection and Support

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Custom Data Collection

Don’t see the dataset you need?

We collect training data from your equipment — structured, annotated, and ready for model training.

We work with:

  • Your robot arms and robotic systems
  • Your human-operated equipment
  • Custom hardware and prototypes
Explore
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Dataset Support

We validate, clean, and expand your robotics datasets as your models and robotic systems change.

  • Annotation review and validation
  • Data cleaning and structuring
  • Dataset expansion with new scenarios
  • Delivery in your required training format

Why Robotics Training Data Is Hard to Get

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Challenge

Public robotics datasets are often task-specific, limiting model training variety

Lab-collected datasets may not cover conditions your robot encounters in deployment

When no suitable dataset exists, building one takes significant time and resources

Combining datasets from multiple sources creates inconsistent training pipelines

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How Unidata helps

We provide diverse datasets across manipulation tasks, human

We source data collected in operational environments, warehouses, and human-shared spaces

We handle custom data collection, from human demonstrations to robot arms

Our datasets follow consistent structure, ready for model training and robotic learning

Robotics Training Data by Industry

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Medicine and Healthcare

Surgical robots, rehabilitation systems, and assistive devices.

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E-commerce and Retail

Warehouse robots, picking systems, and delivery automation.

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Smart Agriculture

Field robots and autonomous farming equipment.

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Automotive Systems

Autonomous vehicles and roadside robotic systems.

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Urban Management

City logistics robots and traffic monitoring systems.

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Real Estate and Construction

Robots for property scanning, mapping, and digitization.

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Mining and Oil & Gas Industry

Industrial robots operating in complex and confined environments.

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Public Security

Patrol robots and anomaly detection systems.

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Logistics and Last-Mile Delivery

Courier robots operating indoors and outdoors.

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Manufacturing and Assembly

Robot arms and automated production systems.

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Food and Hospitality

Robots for food preparation and kitchen delivery.

Need Proof?

See the results we've delivered for leading tech companies and startups

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What is Robotics Data?

Robotics data is time-synchronized, structured information collected from robots, sensors, and human-operated systems. It is used to train models, test robotic learning methods, and improve model performance on manipulation tasks across real-world applications.

This data allows robotic systems to:

  • Recognize and track different objects across diverse robotic environments
  • Plan and adjust motion in response to dynamic environments and changing physical conditions
  • Manipulate objects across varied tasks, supporting model training for robot arms and humanoid robots

Datasets that combine sensor data, RGB inputs, and human demonstrations give models trained on robotic manipulation more signal per episode, reducing the volume of data collected needed for stable robotic learning.

How It Works: Our Process

A Clear, Controlled Workflow From Brief to Delivery

FAQ

What data is needed to train a robot arm for grasping and manipulation?
Effective training data for robot arm grasping includes RGB video, depth inputs, gripper state logs, and sensor data from multiple grasp attempts across different objects. Human demonstrations of grasping and placement help models generalize across object shapes and sizes.
What is the difference between robotic manipulation data and general robotics data?
Robotic manipulation data captures robot interactions with different objects — grasping, placing, assembling. General robotics data includes navigation, sensor data, and environment interaction. Most models trained for manipulation require both.
How does synthetic data supplement physical data collection?
Synthetic robotics data is generated in simulation to cover scenarios that are dangerous, rare, or too costly to reproduce physically. It works best when combined with data collected from real robots to reduce the simulation-to-real gap.
Can you collect training data from our own robotic systems?
Yes. We work with your robot arms, mobile robots, and human-operated equipment. Custom data collection is scoped based on your hardware, tasks, and dataset size requirements.
How is robotics training data different from computer vision datasets?
Computer vision datasets typically contain static images or video clips. Robotics training data is time-synchronized and multi-modal — combining RGB video, sensor data, joint states, and action labels captured sequentially across manipulation tasks. This makes robotic data collection, annotation, and model training significantly more complex.

Why Companies Trust Unidata’s Services for ML/AI

Share your project requirements, we handle the rest. Every service is tailored, executed, and compliance-ready, so you can focus on strategy and growth, not operations.

Rely on 1,100+ Experts

  • 1,100+ in-house labelers and specialists
  • Consistent quality and rapid scaling
  • Complex multi-type annotation projects
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Discover 19+ Industry Expertise

  • Finance, IT, E-commerce, Retail, Healthcare, Medical, Fintech, and more
  • Deep domain knowledge for industry-specific requirements
  • Support for industry-specific annotation challenges
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Get Turnkey Services for ML/AI

  • From data collection to labeling and validation
  • Project tailored to your requirements
  • Complex annotation, multiple annotation types at once
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Ensure Legal & Secure Data

  • GDPR & CCPA compliant
  • AWS ISO 27001/27701 storage
  • Curated and legally sourced
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Process Different Content Types

  • Multimodal Data: 333K+ texts, 550K+ audio, 11K+ videos, 26K+ images
  • Formats: DICOM, LiDAR, and specialized types
  • Annotation: multiple types at once with high accuracy
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Need Proof?

See the results we've delivered for leading tech companies and startups

Explore our cases

Trusted Data Collection

Data is collected on the Prolific platform, which offers a diverse pool of participants and allows customizations by gender, age, location, or professional background, while ensuring participant consent.

Combining platform filters with team expertise ensures reliability during both collection and validation, and guarantees the data aligns precisely with client requirements.

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What our clients are saying

UniData

4 3 Reviews

PA

Paul 2025-02-21

Very Positive Experience!

The team was very responsive when requesting a specific dataset, and was able to work with us on what data we specifically needed and custom pricing for our use case. Overall a great experience, and would recommend them to others!

TH

Thorsten 2025-01-09

Very good experience

We got in touch with UniData to buy several datasets from them. Communication was very cooperative, quick, and friendly. We were able to find contract conditions that suited both parties well. I also appreciate the team's dedication to understand and address the needs of the customer. And the datasets we bought from UniData matched with our expectations.

Max Crous 2024-10-08

Data purchase

Our team got in touch with UniData for purchasing video data. The team at UniData was transparent, timely, and pleasant to communicate and negotiate with. Their samples and descriptions aligned well with the data we received. We will certainly reach out to UniData again if we're in search of 3rd party video data.

Abhijeet Zilpelwar 2025-02-26

Data is well organized and easy to…

Data is well organized and easy to consume. We could download and use it for training within few hours of receiving the data links.

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