Satellite
Operations
We Make Space Operations Happen
At VisionSpace, we specialize in advanced flight dynamics and mission operations, ensuring precise satellite tracking and control. Our team uses state-of-the-art tools to monitor and adjust satellite trajectories, keeping them on course and within their designated orbit. We also prioritize collision avoidance by actively managing space debris risks, optimizing satellite performance, and minimizing unnecessary maneuvers. Our solutions ensure your satellite’s continued health and safety while ensuring smooth operations throughout its mission lifecycle.
Interplanetary Missions
$> Mission Categories: Lander Orbiter Flyby Sample Return Impact
Interplanetary satellite missions serve several crucial purposes, combining scientific exploration, technological advancement, and potential long-term benefits. These missions are commonly categorized into Landers, Orbiters, Flybys, Sample Return, and Impact missions. Each type has a unique role, often exploring and studying celestial bodies within our Solar System, providing valuable insights into planetary geology, atmospheres, magnetic fields, and more.
Until the end of 2023, VisionSpace was one of the satellite operations providers for ESA's Interplanetary Missions, contributing at multiple subsystem levels for the JUICE mission. JUICE (JUpiter ICy Moons Explorer) is a significant ESA-led mission designed to make detailed observations of the giant gas planet and its three large ocean-bearing moons – Ganymede, Callisto, and Europa – with a suite of remote sensing, geophysical, and in-situ instruments.
Earth Observation Missions
$> Mission Focus: Surface Atmosphere Oceans Climate
Earth observation satellite missions are critical for understanding and monitoring our planet from space. These missions deploy satellites equipped with various sensors and instruments to collect valuable data about Earth's surface, atmosphere, oceans, and climate.
As of January 2024, and as part of the winning consortia, VisionSpace is operating the Earth Observation (EO) satellites for the European Space Agency. This domain currently includes multiple missions, as shown below. Our ambition is to expand our involvement across as many missions as possible, leveraging our expertise in key areas such as Mission Control Systems, Simulators, and IV&V activities. Additionally, some of these efforts are also supporting EUMETSAT’s EO satellite operations.
Astronomy Missions
$> Mission Focus: Planets Moons Stars Black Holes Cosmic Phenomena
Astronomy missions are space exploration endeavors specifically designed to study celestial objects, phenomena, and cosmic environments beyond Earth. These missions utilize spacecraft, telescopes, and scientific instruments to gather data and expand our understanding of the universe.
In 2024, VisionSpace, as part of the solo consortia running mission operations for ESA’s Astronomy Missions, is performing satellite operations for XMM-Newton. With its keen X-ray vision, this mission unravels cosmic enigmas in the turbulent Universe—from the intricate dance around black holes to the birth of galaxies in the cosmic dawn. Originally designed for a decade of data delivery, XMM-Newton continues its cosmic odyssey, surpassing expectations and extending our reach into the depths of space.
Intermediate eXperimental Vehicle (IXV)
$> Mission Purpose: Reusable Technology Atmospheric Re-entry Orbital Return
In an effort to advance access to space, the European Space Agency developed the Intermediate eXperimental Vehicle (IXV), an experimental suborbital re-entry vehicle. Launched on 11th February 2015, IXV was designed to validate ESA’s research in reusable orbital return technology.
VisionSpace played a crucial role in the mission preparation, launch, and post-launch activities. Our engineers supported the deployment of various subsystems in the control center, configuring and coordinating key infrastructure assets, including Ground Stations, the collector ship, and mission control operations.
