Lightweight, Agile, and Ready to Go
Easy to carry and deploy across laboratories, workspaces, and real-world environments with calibration-free operations.
PIKA PRO
Multimodal Data Collection
UMI-Based Manipulation & Egocentric Data Capture
Combine UMI-based manipulation capture with first-person egocentric sensing to record human hand movements, 6D poses, visual observations, gripper actions, and real-world interactions.
Real-time Data Synchronization & Standardization
Align RGB, depth, pose, encoder, gripper, and trajectory data in real time to improve data consistency and usability, building high-quality, standardized datasets for robot learning.
End-to-End Data Management Loop
An integrated system that streamlines data collection, management, and training workflows, supporting multi-device collaboration and task management.
Open Ecosystem Supports Modular Robot Integration
Combine Pika Pro System with compatible robotic arms and end-effectors to support flexible teleoperation workflows, capturing real-world robot data across various environments.
How Pika Pro Streamlines Robot Learning
1
Capture Human Demonstrations
Record natural interactions using teleoperation, UMI gripper, and egocentric devices.
2
Synchronize Multimodal Data Collection
Align video, motion, and sensor data while enabling mobile, large-scale data collection.
3
Build Structured Datasets
Transform raw recordings into standardized, training-ready datasets.
4
Train & Deploy Models
Train foundation models for specific scenarios and deploy learned policies to robots.
Capture Every Interaction in Every Environment
Pika Pro enables scalable multimodal data collection across different applications.
Real-World Scenarios
Capture human demonstrations across household, laboratory, industrial, and desktop environments.
Housework
Tube Handling
Factory Assembly
Desktop Tasks
Multimodal Data Types
Collect synchronized RGB, 6D pose, gripper state, and trajectory data in one workflow.
RGB / Depth
6D Pose / Gripper State
Trajectory
IMU
Who is Using PIKA PRO
Capture synchronized multimodal demonstrations with UMI gripper and EGO camera for scalable robot learning and embodied AI training.
Embodied AI Research Teams
For collecting multimodal data to train VLA models, world models, and robot policies.
Robotics Universities and Laboratories
For teaching and research in robot learning, teleoperation, computer vision, and manipulation.
Robot Manufacturers and System Integrators
For collecting task demonstrations and validating robotic manipulation solutions.
AI and Dataset Development Teams
For building structured, scalable datasets from human-robot interaction and real-world demonstrations.
PIKA PRO User Cases
Physical AI Research & Development
Build high-quality datasets for embodied AI, imitation learning, and robotic policy development.
Industrial Automation Data Collection
Capture synchronized multimodal manipulation data across real-world industrial workflows.
Home Environment Data Collection
Collect egocentric and manipulation data from diverse everyday household activities.
Scalable Data Collection Factory
Deploy standardized UMI and EGO systems for consistent, large-scale data collection.
FAQ
Pika Pro is a portable, multimodal data collection system engineered for precise, efficient data collection across environments, capturing egocentric data and information from UMI-based handheld grippers for robot learning, foundation model training, and physical AI research.
Pika Pro can collect RGB, depth, 6D pose, encoder or joint data, gripper state, and robot trajectory data, depending on the selected configuration.
Yes. Pika Pro provides ROS 1 and ROS 2 development support, including ROS drivers, URDF resources, and example programs.
Pika Sense provides up to ±1.5 mm spatial accuracy under unobstructed conditions, with pose data output at up to 120 Hz. Stable performance requires correct Pika Station placement.
Pika is designed to work with a range of robotic arms and end effectors. Official software support includes AgileX PiPER series arms, NERO, as well as selected third-party arms such as UFactory xArm Lite 6 and Universal Robots (UR). Compatibility may vary by control interface, software version, and application configuration; contact AgileX Robotics for the integration advice.
Yes. Pika Gripper can be used as an independent gripper or integrated with compatible third-party robotic arms through the appropriate mounting and communication interfaces. It can teleoperate external robotic arms or end effectors.
UMI (Universal Manipulation Interface) data collection captures human manipulation actions, hand poses, visual observations, and gripper states through a gripper. The synchronized data can be used for robot teleoperation, imitation learning, and manipulation policy training. Pika Sense & Pika Gripper form a portable UMI-style interface for capturing synchronized 6D motion, visual observations, and gripper actions.
Egocentric data collection records first-person visual and interaction experiences from the operator’s perspective. Pika Ego and Pika Package capture real-world human-environment interactions to support embodied AI and robot learning.
Technical Specifications
Processor
Intel i5-12450H
storage
2 TBSSD
Memory
8 GBRAM
Graphics
UHD Graphics
OS
Ubuntu 22.04
Architecture
x86_64
Runtime
3hours
Voltage
12V
Weight
448g
Max Gripper Force
2kg
Positioning Accuracy
±1.5mm
resolution
1280*720
frame rate
90FPS
Localization Output Rate
120hz
Runtime
9hours
communication
Type-C
Tell Us Your Needs
Connect with our robotics experts to discuss your needs and discover the perfect robotics platform for your business.
AFTER-SALES
support@agilex.aiADDRESS
Head Office: XbotPark, Songshan Lake, Dongguan
Sales & Marketing: iPark, Nanshan District, Shenzhen
Thank You!
Your inquiry has been received. Our robotics engineers will get back to you as soon as possible.