Spain's Ministry of Defense has reported a space particle impact on Hisdesat's SPAINSAT-NG II satellite during its journey to final orbit. No disruptions occurred in communications services or Armed Forces operations. Satellite coverage remains fully assured through other operational satellites.
Spain's Ministry of Defense announced on Friday an incident involving its communications satellite SPAINSAT-NG II, owned by Hisdesat Servicios Estratégicos. The collision with a space particle happened as the satellite traveled to its final orbital position, 50,000 kilometers from Earth. The department, led by Margarita Robles, stated that the event caused no issues in satellite communications services or the regular operations of the Armed Forces.
Communications coverage is fully maintained through the combined capabilities of the SPAINSAT satellite and SPAINSAT-NG I, which has been operational since August following its January 30 launch. Hisdesat's technical team is currently reviewing data to assess the damage extent. If needed, the Ministry will demand the construction of a third satellite to replace the affected one as quickly as possible.
Indra, holding a majority stake in Hisdesat, has implemented a contingency plan to ensure service continuity for Defense and other clients. Hisdesat manages secure communications and Earth observation satellites for the Armed Forces and state agencies, bolstering Indra's role in European and NATO space programs.
The incident follows months after the successful launch of SPAINSAT-NG II from Cape Canaveral, Florida, on a Falcon 9 rocket, completing the SPAINSAT NG constellation. Built by Airbus Defence and Space and Thales Alenia Space, the satellites involved an investment exceeding 2 billion euros. They feature advanced dual military and civil technology, including Europe's most sophisticated active antennas, and operate in X, Ka, and UHF bands. The program aims to upgrade satellite communications, progressively replacing SPAINSAT and XTAR-EUR systems with more secure and resilient alternatives.
