GE Aviation customers gain access to GeoEye 3D airport maps, earth imagery, digital terrain and obstacle data

March 8, 2012
SEATTLE, 8 March 2012. GE Aviation officials signed an agreement to provide the aviation industry with International Civil Aviation Organization (ICAO)-compliant terrain and obstacle aeronautical data derived from GeoEye’s high-resolution Earth imagery. Avionics providers, airlines, and air navigation service providers (ANSPs) will benefit from access to accurate and current real world views of critical topography, obstacles, and airport details.
SEATTLE, 8 March 2012. GE Aviation officials signed an agreement to provide the aviation industry with International Civil Aviation Organization (ICAO)-compliant terrain and obstacle aeronautical data derived from GeoEye’s high-resolution Earth imagery. Avionics providers, airlines, and air navigation service providers (ANSPs) will benefit from access to accurate and current real world views of critical topography, obstacles, and airport details.

GE will provide ICAO Annex 15 Area-2 terrain and obstacle databases to support the development of new performance-based navigation (PBN) flight paths around the world. GeoEye’s digital, detailed terrain and obstacle mapping collected by high-resolution commercial earth-imaging satellites will support airports, airlines, and aviation authorities as they adopt PBN.

“This advanced aeronautical data, along with our Required Navigation Performance (RNP) products, will accelerate the deployment of RNP flight paths that will help meet the global challenge of increasing efficiency in the world's air traffic management system,” explains Giovanni Spitale, general manager of GE’s PBN Services. “It will allow the benefits of PBN to be achieved earlier for the global air transportation community--saving time and fuel, reducing emissions and noise, while increasing hourly operations frequency and maintaining safety.”

Additional GE Aviation offerings under the agreement will support advanced terrain and obstacle visualization, surface guidance through airport mapping databases (AMDB), pilot simulator training, and flight operations quality assurance (FOQA) replay.

“Over the next decade, we will eventually provide this aeronautical data for hundreds of airports in the world,” Spitale adds. “This will become the reference geospatial database for the aviation community.”

About the Author

Courtney E. Howard | Chief Editor, Intelligent Aerospace

Courtney enjoys writing about all things high-tech in PennWell’s burgeoning Aerospace and Defense Group, which encompasses Intelligent Aerospace and Military & Aerospace Electronics. She’s also a self-proclaimed social-media maven, mil-aero nerd, and avid avionics and space geek. Connect with Courtney at [email protected], @coho on Twitter, on LinkedIn, and on Google+.

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