Satellite Data

The Most Extensive and Accurate Imagery Solutions with a Unique Constellation
Take advantage of the most extensive and accurate surveillance solutions, with optical and radar satellite imagery, and a wealth of related products and services for smarter decision making.

With exclusive access to Pléiades Neo, Pléiades, SPOT, TerraSAR-X, TanDEM-X radar and DMC Constellation, our extensive portfolio spans the entire geoinformation value chain and is unrivalled in the marketplace. Our constellation provides decision makers with integrated, sustainable solutions to increase security, optimise mission planning and operations, boost operational performance, improve management of resources, and protect our environment.

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Constellation Illustration

Airbus Constellation Key Features

Pléiades Neo
(launch in 2020)
Swath 14km Revisit capacity twice daily, anywhere Resolution
panchromatic: 30cm
multispectral: 1.2m
Daily acquisition capacity: 2,000,000km²
Pléiades Swath 20km Revisit capacity twice daily, anywhere Resolution
panchromatic: 50cm
multispectral: 2m
Daily acquisition capacity: 700,000km²
SPOT 6/7 Swath 60km Revisit capacity twice daily, anywhere Resolution
panchromatic: 1.5m
multispectral: 6m
Daily acquisition capacity: 6,000,000km²
TerraSAR-X, TanDEM-X / PAZ Swath from 4-270km Revisit capacity daily for most latitudes Resolution
25cm to 40m
Daily acquisition capacity: 5,400,000km²
DMC Constellation Swath 640km Revisit capacity daily to every 2 days, everywhere on Earth Resolution
Daily acquisition capacity: 22,000,000km²
(3rd Party)
Swath 20km Revisit capacity 2-3 days Resolution
Daily acquisition capacity: 220,000km²
(3rd Party)
Swath 24km Revisit capacity daily, everywhere Resolution
Daily acquisition capacity: 500,000km²


Your advantages with Airbus Constellation:

High quality & Reliability - Icon

Reliable access

Different data sources, sensors - Icon

Big picture and sharp details

Effective & Fast - Icon

Intensive monitoring

Pléiades Neo, Trusted Intelligence

The Best of Very High-Resolution optical imagery