Rosetta mission end supported by Telespazio

Rome  27 September 2016

Telespazio VEGA Deutschland will be supporting the final phase of ESA’s Rosetta mission, controlled from the European Space Operations Centre (ESOC/ESA) in Darmstadt. The spacecraft is scheduled to soft-land on comet 67P/Churyumov-Gerasimenko on 30 September 2016.

Telespazio VEGA Deutschland staff is and has been part of the Flight Control, Ground Station Operations as well as of the Flight Dynamics Teams of the Rosetta mission ever since the late 1990s. The company has been also involved in the development of key ground systems for the mission. This level of service stability for over 16 years was made possible through the continuous successes of the company to re-qualify for each five-year ESOC Frame Contract that has been issued since the early stages of the Rosetta programme.

In detail, Telespazio VEGA Deutschland has been involved in the following activities.

Development of a simulator for the Rosetta orbiter: The simulator has been used by ESOC to support flight control activities during the various phases of the mission: LEOP (Launch and Early Orbit Phase), the different flybys and gravity assists, hibernation, approach & orbit around the comet and now soft landing. The training & simulation campaigns have been led by Telespazio VEGA Deutschland experts.

Development of ground systems: Telespazio VEGA Deutschland has developed the Rosetta Mission Planning System (MPS), as well as the Mission Control System (MCS), which are and were used to plan, schedule, to monitor and to control the many different activities of the spacecraft over the years. Naturally, various technology upgrades of these systems have also been performed during the mission lifetime.

Operations: Telespazio VEGA Deutschland experts are part of : ESOC Flight Control and Flight Dynamics teams, ICT Engineering, Ground Station Engineering as well as Administration teams.

Philae Lander: Telespazio VEGA Deutschland has been supporting the operations team of the German Aerospace Centre (DLR) at MUSC in Cologne during the various mission phases of Philae. This support included technical management, development of the Philae simulator; Ground Segment and interface development to allow the international team to support operations; 3D animations of both orbiter and lander, as well as Flight Control during the Philae cruise, landing and scientific phase.

Telespazio VEGA Deutschland is not the only entity within the Leonardo-Finmeccanica Group to contribute to the mission: many of the Rosetta’s on-board and ground-based instruments, as well as those of the mission's Philae lander, are made by Leonardo-Finmeccanica in collaboration with key scientific and academic institutions under the coordination of the Italian Space Agency (ASI)

In particular, the company provided the space drill, known as the Sample Drill and Distribution (SD2) system, to dig into the comet’s soil surface to a depth of 30 centimetre acquiring samples of material from the comet.

In addition to the SD2, Leonardo also developed for the Italian Space Agency innovative robotic systems and sophisticated electro-optical instruments based on hyperspectral technologies. These include the A-STR (Autonomous Star TRacker), which correctly orientated the Rosetta probe in space and adjusted the antenna to allow signals to be received from Earth; the NAVCAM camera, which aided in the probe’s navigation; the VIRTIS (Visible InfraRed and Thermal Imaging Spectrometer) instrument which measured the temperature of various features on the comet; the GIADA (Grain Impact Analyser and Dust Accumulator) which analysed the comet’s dust and particles and the photovoltaic assembly for the probe.

Other smaller solar panels covering 2 square metres were installed on the Philae lander’s surface, generating the power for its on-board instruments to work on the comet surface.

Other News & Stories

15.04.2025
ENAV and Telespazio bring together key Italian players in Advanced Air Mobility at Fucino

At Telespazio’s Fucino Space Centre, the future of drone flight is already a reality: successful demo day for the European project U-ELCOME

10.04.2025
Telespazio Supports PinKamP 2025: An Initiative to Engage Young Women in STEM

Telespazio supports PinKamP, an initiative promoted by the University of L’Aquila and aimed at high school girls, with the goal of encouraging them to pursue studies and careers in STEM (Science, Technology, Engineering, and Mathematics).

25.03.2025
Viasat Selected to design lunar orbiting satellite system alongside Telespazio

Viasat to lead the lunar orbiting satellite communications portion of ESA’s Moonlight Program,  alongside Telespazio and a host of other European and UK companies. Project creates Europe’s first lunar orbiting satellite network.

12.03.2025
Telespazio and ABS Expand Partnership to Enhance C-Band Connectivity in Brazil

Telespazio and ABS (Agility Beyond Space) are strengthening their collaboration with the introduction of new C-band connectivity solutions tailored for the Brazilian corporate market. By combining Telespazio’s advanced ground infrastructure with ABS’s satellite capacity, the partnership aims to deliver high-performance connectivity services designed to meet the needs of businesses.

15.04.2025
ENAV and Telespazio bring together key Italian players in Advanced Air Mobility at Fucino

At Telespazio’s Fucino Space Centre, the future of drone flight is already a reality: successful demo day for the European project U-ELCOME

10.04.2025
Telespazio Supports PinKamP 2025: An Initiative to Engage Young Women in STEM

Telespazio supports PinKamP, an initiative promoted by the University of L’Aquila and aimed at high school girls, with the goal of encouraging them to pursue studies and careers in STEM (Science, Technology, Engineering, and Mathematics).

25.03.2025
Viasat Selected to design lunar orbiting satellite system alongside Telespazio

Viasat to lead the lunar orbiting satellite communications portion of ESA’s Moonlight Program,  alongside Telespazio and a host of other European and UK companies. Project creates Europe’s first lunar orbiting satellite network.

12.03.2025
Telespazio and ABS Expand Partnership to Enhance C-Band Connectivity in Brazil

Telespazio and ABS (Agility Beyond Space) are strengthening their collaboration with the introduction of new C-band connectivity solutions tailored for the Brazilian corporate market. By combining Telespazio’s advanced ground infrastructure with ABS’s satellite capacity, the partnership aims to deliver high-performance connectivity services designed to meet the needs of businesses.