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Map-ready (Ortho), 30cm | 30 cm Map-ready (Ortho) | Barcelona, Spain. By downloading, accessing or using the sample you agree to be bound by the Maxar Evaluation License. |
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A new industry first: the first global, satellite imagery basemap at 30 cm high-definition (HD) resolution thanks to innovations in tasking and image processing.
Make every turn the right turn
Provide safe and efficient navigation with accurate, current satellite imagery maps
By using Maxar satellite imagery and derived data, Team Rubicon is better prepared to respond to a disaster—saving resources, time and, most importantly, lives.
This webinar demonstrates how geospatial data is essential for pandemic modeling, helping organizations plan and activate more effective response.
The integration of Vivid imagery basemaps provides a current, real-life contextual layer across Earth’s entire surface, allowing users to toggle between digitally derived navigation map views and Maxa
Currency and clarity for validating mapping updates
HERE sees a cleaner, safer and more efficient world—enabled and enhanced by location technology made possible with SecureWatch.
MAPBOX, a location data platform for mobile and web applications, is uploading 135 million sq km of Maxar’s Vivid Basic BASEMAP into its mapping platform this week under a new agreement with Maxar.
Not all imagery basemaps are created equal—and precision mapping demands basemaps with advanced qualities, such as textural and year-to-year locational consistency.
Maxar’s Vicki Bassett takes you behind the scenes to show you how imagery basemaps are made and why currency and consistency in clarity and accuracy are paramount when choosing an image layer.
1:24#TiltTheMap: New York City, U.S.
Maxar’s #TiltTheMap series explores New York City, U.S. From our highest quality commercial satellite imagery comes our 3D geodata, for accuracy, insight and exquisite detail.
As populations, infrastructure and supply chains expand around the globe, it’s important to have up-to-date and spatially accurate maps.
Learn how applying HD processing to Maxar imagery enabled us to more accurately detect and locate features of interest with greater consistency across variable lighting and real-world conditions.
