Don't miss our newsletters about the space industry. They're free Sign up here
British Government To Invest Extra £374 Million In ESA Programmes
The UK Space Agency on 28 November 2019 announced it will invest £374m per year with the European Space Agency (ESA) to deliver international space programmes over the next five years.
The UK is one of the founding members of ESA, an inter-governmental organisation established in 1975 to promote cooperation in space research, technology and applications development. ESA is independent of the EU, bringing together countries across Europe and around the world.
Membership enables the UK to collaborate with space agencies across the world on projects like the International Space Station and the ExoMars programme to send a UK-built rover to search for signs of life on Mars.
The funding, confirmed today at the 2019 ESA Ministerial Council in Seville, Spain, is in line with the Space Innovation and Growth Strategy agreed between government and the UK space sector in 2010, to increase investment in ESA.
This investment will secure UK involvement in international space missions and the development of new technologies, including:
Building the Lunar Gateway, a new space station orbiting the moon
Returning the first samples from Mars
New satellites to help us understand climate change
An early warning system for solar storms
Research in space technology to deliver high-speed mobile technology such as 5G and satellite broadband services around the world
Removing space junk to prevent collisions in space
Business Secretary Andrea Leadsom said, “We are delighted to be making this investment in ESA today. From improving communication and connectivity, to helping us monitor the impact of climate change and protect our power grid, our membership of this international organisation will further our position as a space, innovation and climate superpower.”
The UK joined all ESA member states in supporting a 10% rise to the overall space science budget (UK share around £600m) to increase the number and ambition of space science missions. These include missions to use gravitational waves to study black holes and to intercept and study a comet in our solar system.
The combined international investment will fund the following international programmes (funding is committed in euros so all figures are subject to future foreign exchange rates (GBP/euro):
£250m for ESA’s telecommunications programme, which could enable faster 5G connectivity through the development of new satellites
£180m on the global exploration programme to bring back the first samples from Mars and support the US ambition to have a sustainable presence on the Moon through the Lunar Gateway and the lunar communications programme to support astronauts and robots on the moon
£80m on space safety and security for a mission in partnership with the US to protect infrastructure in space and on Earth from space weather and to help remove space debris
In Seville, the UK also committed over £200m investment in Earth Observation, including a UK-led TRUTHS mission to help tackle climate change and the ESA Copernicus Space Component, which runs to 2028.
Following investment from the UK and other member states, ESA has re-confirmed that all astronauts from the class of 2009, including Tim Peake, will return to the International Space Station before 2024. The timings will be confirmed by ESA in due course.
Additional investments include over £16m on satellite navigation innovation, £12m to support commercial spaceflight and over £30m to support space technology, including help for small businesses to take advantage of the space sector.
The UK is now spending an average of almost £95m per year to support telecommunications research and £80m per year to support Earth observation and climate science projects.
This piece describes the challenges posed by the increasing proliferation of orbital space debris, as well as debris falling back to Earth. It describes how a ‘business as usual’ case going forward threatens to result in outer space becoming less accessible and navigable, thus compromising future space activities. It describes the existing legal and governance frameworks that has been developed