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Digital information

Autonomous vehicle sensor data per hour

The total uncompressed digital information generated by all sensors on a self-driving vehicle in one hour, including cameras, lidar and radar.

Also known as: self-driving car sensor data per hour

How big is it?

4 TB · defined uncompressed sensor-data volume

Defined uncompressed sensor-data volume · defined data model
Typical recorded range: 1 TB to 10 TB.

Scale illustration of an hour of autonomous vehicle sensor data, showing the recorded defined uncompressed sensor-data volume.
Recorded defined uncompressed sensor-data volume: 4 TB.

A little perspective

Autonomous vehicle sensor data per hour vs 1 TB drive: data size comparison

The uncompressed sensor-data volume of an hour of autonomous vehicle sensor data is about 4 times the data size of a 1 TB drive.

Scale

BYTES OF DATA

Autonomous vehicle sensor data per hour

The total uncompressed digital information generated by all sensors on a self-driving vehicle in one hour, including cameras, lidar and radar.

4 TBDefined uncompressed sensor-data volume
0
1 TB drive

A one-terabyte drive is a digital storage device capable of holding large amounts of computer data, such as documents, media and software.

1 TBData
0
Bar length represents bytes. The physical sizes of devices are schematic; encoding and compression affect file sizes.
Measurements, assumptions & sources +

Autonomous vehicle sensor data per hour

Defined uncompressed sensor-data volume: 4 TB; defined data model; range 1 TB–10 TB.

A defined 4 TB per hour aggregate from cameras, lidar, radar and other vehicle sensors before selective storage or compression. Sensor suite, resolution, frame rate and processing architecture dominate the total.

Defined examples — our methodology

The marked defined uncompressed sensor-data volume is calibrated. Unmeasured illustration details are representative.

1 TB drive

Data: 1 TB; example.

One trillion advertised bytes: approximately 931 GiB. This is not a loss of physical storage.

Defined examples — our methodology

The marked data is calibrated. Unmeasured illustration details are representative.

Use the visual comparison to explore its scale, then check the measurements and sources.

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Why this measurement?

Why we use 4 TB

We compare the uncompressed sensor-data volume of an hour of autonomous vehicle sensor data. This is an illustrative comparison value, not a claim that every example is the same. The recorded range is 1 TB to 10 TB.

A defined 4 TB per hour aggregate from cameras, lidar, radar and other vehicle sensors before selective storage or compression. Sensor suite, resolution, frame rate and processing architecture dominate the total.

The picture identifies the subject; the diagram compares the recorded values. How calibrated comparisons work →

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Recorded properties

Dimensions and measurements

PropertySelected valueRecorded rangeBasis
4 TB1 TB to 10 TBdefined data model

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Sources and method

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