GMV will supply the new space domain awareness system for Spanish Ministry of Defense
Spanish Ministry of Defense, through its Directorate General of Weapons and Material, has awarded a €2.7 million contract to GMV, for the development, deployment, support and maintenance of the Space Situational Awareness and Control System (CCSE) that will be used at the Spanish military Space Surveillance Operations Center (COVE).
The COVE, which is operated by the Ministry of Defense (MINISDEF) through its Space Command (MESPA) of the Spanish Air and Space Force (EA), was created on November 28th, 2019, by Ministerial Resolution 702/18699/19 (Official MoD Gazette no. 233).
Since then, the center’s capabilities have been in a state of ongoing development, to achieve its space surveillance and situational awareness and space domain awareness mission, and to provide operational support services for the Spanish Armed Forces. The center reached its initial operational capability (IOC) on July 14th, 2021.
GMV has been providing support to this center from the very beginning, assisting its participation to the Global Sentinel exercises organized by the U.S. Space Command. As part of its support, GMV has supplied its operational orbit determination tool known as Sstod, for processing data from the Spanish space surveillance radar located at the Morón Air Base, near the city of Seville.
To help the center achieve full operational capability (FOC), the Spanish Ministry of Defense’s Sub-Directorate General of Procurement, which is part of its Directorate General of Weapons and Material, announced a competitive tendering process at the end of 2023 for a Space Situational Awareness and Control System (CCSE), and GMV has been awarded the contract.
The functionalities covered by this contract include orbit calculation and propagation, build-up and maintenance of a space object catalog (both open and classified), prediction of atmospheric reentry, calculation of overflight events, planning of observation and sensor calibration campaigns, calculation of Global Navigation Satellite System signal degradation, and integration and processing of space weather data.