Europe tests new system that will be the ‘brain’ behind continent’s all spaceflight ops

As international locations rush to the Moon and past, new satellites constellations are being launched and people have gotten house vacationers, the European Space Agency (ESA) is getting ready to deal with all these operations from its next-generation mission management system. The European company efficiently operated a spacecraft with its newly developed European Ground System – Common Core ((EGS-CC) for the first time.

The new system will be the mind behind all European spaceflight operations as it extends its operations across current and future missions flown from Europe. Europe is aiming to compete with the US’ Nasa and Russia’s Roscomos house company in a bid to safe a spot at the forefront of house exploration.

Engineers examined the software program on Space Lab, a CubeSat developed with the sole intention of being a guinea pig for new operational software program. Engineers flew the small satellite tv for pc utilizing the EGS-CC management system “monitored and controlling the 30 cm spacecraft successfully sending a set of routine commands and receiving data from the mission,” ESA said in a statement.

“This has been a hugely successful validation of this new versatile control system, demonstrating the exciting future of the mission control technologies and Europe’s leading position in space”, said Klara Widegard, EGOS-CC project manager.

ESA builds, maintains and upgrades the infrastructure on ground to fly missions: the control rooms, mission control systems and deep-space tracking stations are just some of the most visible elements. (Photo: ESA)

More advances in retailer

The company, which has been identified for its innovations in space technology, from building a wooden satellite to a reprogrammable one, has many extra advances in the pipeline. ESA plans to develop a variety of ‘in-orbit servicing’ applied sciences that will refuel, refurbish and de-orbit spacecraft making the tech far more versatile for future use.

The company mentioned that missions will have to fly numerous devices and adapt to unpredictable house circumstances and a number of missions operated by completely different organisations will have to work collectively at the similar time, sharing the controls to their spacecraft. The EGS-CC software program will be developed accordingly to cater to a number of missions directly.

The company is in the course of of choosing missions already in orbit to be switched to the new platform and from 2025 onwards, all future missions will be operated utilizing this new era of mission management system. “At its heart, this new software marks an important step in bringing to life the space technologies of the future,” said Rolf Densing, head of ESA’s ESOC Operations Centre.

Inside ESA mission control during Sentinel-6 launch, 21 November 2020. (Photo: ESA)

Why do we need such synergy?

Space is becoming a hot mess of satellites, debris, discarded probes, and with new missions and constellations of satellites being launched from across the world, concerns are mounting about congestion in the Earth’s lower orbit, making monitoring crucial. More missions are being sent up to perform a wide variety of tasks from monitoring Earth’s landmasses, oceans and climate to peering out into deep space and even grabbing hold of defunct debris objects.

Also Read: Hubble tracks five fast radio bursts to distant galaxies as massive as Milky Way

Every day new space players are entering the scene and they require data, monitoring and getting the missions to perform automated onboard tasks make the need for an integrated mission control paramount. ESA said that designing a new control system to cater for each spacecraft’s needs and goals would use up precious time and resources. With a shared infrastructure any number of missions and mission types can share a “common core”, minimising the have to tailor the software program to every one and importantly which means that missions can be flown by a number of operators.

“This new software opens up the possibility to operate bigger missions collaboratively, with multiple operators working in a distributed manner across countries and control centres,” the company mentioned in a press release.

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