'Game-changing' pioneering space satellite built in Portsmouth successfully launches in South America
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Eutelsat Quantum, backed by UK Space Agency funding and built by Airbus in Portsmouth and Surrey Satellite Technology (SSTL) in Guildford, is the first of a pioneering new generation of fully reconfigurable satellites that can respond while in orbit to changing demands on Earth.
Until now large satellites were only configured on the ground for tasks that could not be changed after launch.
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Hide AdBut now with Eutelsat Quantum's coverage, bandwidth, power and frequency can all be altered in orbit.
The satellite’s beams can also be redirected to switch between functions from broadcasting TV, boosting data protection and recovery, to delivering data connections to aeroplanes to improve communication for passengers.
It means satellite operators can offer a wealth of new and emerging applications such as the next generation of drones supporting the NHS or connectivity in driverless cars supporting road safety at the press of a button.
The satellite could also support government broadband services in remote and rural areas, and help monitor critical national infrastructure such as water supply, energy and farming.
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Hide AdThe launch of the 3.5-tonne telecommunications satellite, which is the size of a delivery van, took place on Friday after a delay due to Covid.
Richard Franklin, managing director of Airbus Defence and Space in the UK, said: ‘The revolutionary technology we designed and manufactured here in the UK for Eutelsat Quantum confirms our position as a global leader in state-of-the-art satellite payloads.
‘Last year Airbus secured 40 per cent of the geo telecoms market, up from an average 25 per cent share, and Eutelsat Quantum is one brick in that success story – which has directly led to the development of our latest reprogrammable satellite OneSat.
‘Eutelsat Quantum demonstrates the value of partnering with space agencies to bring the latest technologies to the market faster to deliver improved services for customers and users across the world.’
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Hide AdThe satellite consists of three main components. The payload was built in Portsmouth, the platform was built in Guildford and the active receive antenna was built in Madrid. These three components came together in the Airbus satellite test facility in Toulouse.
About 1,000 people worked on the project across Europe including more than 500 Airbus staff in Portsmouth and Stevenage including payload design engineers, software engineers, spacecraft assembly teams, design office teams, payload manufacturing teams, and supply chain specialists.
Science minister MP Amanda Solloway said: ‘By investing in ground-breaking international projects like this one, we are helping UK businesses transform science fiction into commercial advantage, resulting in jobs, growth and innovation.
‘This game-changing technology will ensure the UK continues to lead the world on telecommunications satellites and further bolster our growing space sector, which already generates £16.4bn of income annually and supports 45,000 jobs.’
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The UK Space Agency has invested £65m in Eutelsat Quantum through the European Space Agency, in addition to an expected £170m from the UK industry.
Users are likely to include governments, communications on the move and data networks. It will offer extensive coverage of the Middle East and North Africa region, stretching into Europe, Africa and Central Asia.
Eutelsat Quantum’s final geostationary position is some 22,000 miles above the Earth and it will come into service in October.
The satellite was developed under an ESA Partnership Project with French operator Eutelsat, satellite manufacturers Airbus and Surrey Satellite Technology Ltd.
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Hide AdBen Stocker, SSTL’s project director said: ‘The EutelSat Quantum programme presented many challenges for SSTL to overcome during the development of the satellite system design, mechanical design, propulsion system and key subsystems within the satellite platform.
‘The skills and knowledge gained through successfully overcoming these challenges has enabled us to refine our engineering approach, especially for markets and applications where system reliability and availability are key requirements, and, with the continued support of the UK Space Agency and ESA, has put us in a very strong position to deliver our exciting upcoming pathfinder missions.’
A message from the Editor, Mark Waldron
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