Seat cleaning · RGB and depth
See the same seat-cleaning task through two RGB cameras, recorded depth, and a point cloud calculated from that depth.
Catabricks collects and reviews real human task and sensor data for robotics and Physical AI teams. Explore datasets or discuss a collection tailored to your task.
See the same seat-cleaning task through two RGB cameras, recorded depth, and a point cloud calculated from that depth.
Top: two RGB camera views · Bottom: depth and point cloud
The two views are aligned by recorded host time. The point cloud is calculated from camera 1’s depth measurements.
Recorded in the field. Prepared for learning.
Explore captured tasksEvery video brings RGB, depth and point clouds together. Open a larger view to explore the task and the shape of its surroundings.
See the same seat-cleaning task through two RGB cameras, recorded depth, and a point cloud calculated from that depth.
A nozzle follows the shape and edges of the floor mat.
Hands work a cloth into the spaces between wheel spokes.
A cloth follows the shapes around the steering wheel and center console.
One hand braces against the seat while the other guides a nozzle across the floor and into gaps.
A short excerpt of a hand moving a cloth along a vehicle surface.
A cloth changes position to follow the contours of the seat.
Cleaning the cargo area, then lifting its floor panel.
A cloth wipes along the inner panel and edges of the cargo opening.
The cloth changes position and direction around a side mirror.
Both hands spread and grip the cloth before wiping the bodywork.
A nozzle cleans the gaps around the door handle and switches.
Two viewpoints of the same floor-cleaning task. Follow the nozzle across the mat and the worker’s hand movements.
Two viewpoints show cargo-area cleaning and the floor panel being opened. See the tool movements alongside the surrounding space.
Video is the starting point. We define the sensors and data you need around your learning goals.
Video records how hands interact with objects, the sequence of a task and the surrounding environment.
Depth is recorded alongside RGB. Measured distances become a point cloud for inspecting spatial structure.
Collections with an IMU record sensor motion, including acceleration and rotation.
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