Presented byMaggie Aderin-PocockSpace engineer
British scientists triumph despite austerity
Britain’s space industry is booming. Recently valued at £12bn, its world-leading satellite businesses and contributions to major space projects support more than 115,000 jobs.
Yet to earn a place among the stars, Britain faced political and economic battles. Despite missing out on the glamour of manned-spaceflight, there's more to Britain’s space story than you might think – success, missed chances and vital contributions.
War-time rockets provide key to the stars
The 20th Century explosion of space exploration was not only driven by academic curiosity but by the rapid development of military technology.
Towards the end of World War Two, Germany had successfully launched the world’s first long-range missile – the V-2 rocket. Such was the weapon’s potency that 9,000 people were killed in attacks on London, Antwerp and Liege. After Germany conceded defeat its remaining rockets were seized by the US, the USSR and Britain. Ralph Smith from the British Interplanetary Society proposed adapting the V-2 to carry humans into space, but the government rejected his plans due to limited post-war funds.How a German rocket could have put a Briton in space
The design was totally practical… All the technology existed and it could have been achieved within three to five years.
The US seeks help as the Cold War enters space
Post-war rivalry between the US and the USSR had triggered the Cold War, starting decades of tension.
In 1955, America announced plans to launch the world’s first satellite. In response, the USSR built and deployed their satellite Sputnik – beating the US by four months. The Americans were desperate to track the satellite's launch rocket as it flew over the US. Jodrell Bank observatory in Cheshire housed one of the few instruments able to do it – the Mark 1 radio telescope. The US pleaded with its creator, Bernard Lovell, to help and so Britain played its part in the first space race milestone.How do telescopes let us see so far into space?
Discarded weapons kick-start Britain’s space programme
Britain had developed its own nuclear weapon strategy in response to the US and Soviet military posturing.
Britain’s first military rocket, Blue Streak – together with its test rocket Black Knight – was designed to launch nuclear weapons. Although both rockets proved extremely reliable, Blue Streak was expensive and the project was cancelled in 1960. Yet British scientists and rocket engineers regarded it as an opportunity. They persuaded the government to focus on creating a pan-European space effort. Britain’s rockets would now be used for civilian purposes, like launching satellites into space.
Britain becomes the world’s third space-faring nation
As the race to explore space intensified, Britain grew eager to collaborate. The US helped take the first British satellite to space.
Ariel 1 was devised by the UK’s Science and Engineering Research Council to carry out solar science experiments. UK universities provided most of the scientific instruments and Nasa built and launched the satellite from Cape Canaveral in Florida. It established Britain as the third satellite-operating nation after the US and USSR. Five further Ariel satellites were constructed. Ariel 3 was the first to be fully designed and built in Britain, although it was still launched by an American rocket.How the US accidently fried Britain's first satellite
British rocket puts its own satellite into orbit
Britain eventually managed to join a select group of nations by independently launching a satellite into orbit from Woomera in Australia.
The British satellite launcher Black Arrow was based on its earlier test rocket, Black Knight. It successfully released the satellite Prospero into low-Earth orbit – the only time a British satellite has been taken to space using solely British technology. Despite this triumph, the project’s funding had already been cut by the government, which could not see the commercial value of building rockets. Prospero is still in space today, expected to circle Earth for the rest of the century.Should Britain build another space rocket?
There was pride in getting it away… but there was also a lot of regret because the project had been cancelled. People were upset.
European Space Agency: Britain teams up with her neighbours
As the government cut back its independent space ambitions, Britain again focused on collaborating with other nations.
Ten European states founded the European Space Agency (Esa) in 1975, with the ambition to create a space capability that didn’t rely on the US, and to consolidate space technology across Europe. Because of its recent successes, Britain found itself at the forefront of the collaboration, supplying much of Esa’s original technology and expertise. It was heavily involved in many early projects, including the world’s first high-orbit telescope – the International Ultraviolet Explorer.
Britain gets a National Space Centre
As Esa flourished, the UK government established the British National Space Centre (BNSC) to coordinate national and international space activities.
The BNSC became the third biggest financial contributor to Esa’s science programme and promised commitment to its three major projects – the Columbus space laboratory, Ariane 5 launcher and Hermes spaceplane. But within two years, British political interest waned and investment dropped. Incoming Department of Trade and Industry minister Kenneth Clarke branded Esa a "hugely expensive club" and called its three programmes "frolics in the sky". BNSC’s budget was frozen and its influence diminished.
Giotto: Britain leads a bold mission to Halley’s comet
Against this turbulent political backdrop, British space scientists and engineers nevertheless continued to help Esa achieve audacious breakthroughs.
Esa’s Giotto spacecraft was built by British Aerospace in Bristol. It flew within 600km of the nucleus of Halley’s comet, becoming the world’s first spacecraft to study a comet up close. It made new discoveries about Halley’s dust and water vapour. Despite being hit by several objects, the spacecraft survived the rendezvous and was guided to a second target – comet Grigg-Skjellerup. The mission’s success helped to boost British space science at a much needed time.What did Giotto discover about Halley's water?Did the ancient Greeks first spot Halley's comet?
Britain established as a world leader in satellites
Airbus Defence and Space
Alongside astronomy missions, British engineers continued to pioneer ever more advanced satellite technology.
Hertfordshire-based telecommunications firm Inmarsat contracted British Aerospace (now Airbus Defence and Space) to design and build its flagship Eurostar satellite. Inmarsat-2 F1 was the first commercial satellite with a digital system reprogrammable while in orbit, bringing new simplicity and accuracy. It operated for 23 years, outlasting its intended 10-year lifespan. Since then, more than 50 British Eurostar satellites have been launched providing mobile, broadband and secure communications.What happened to the rest of the Inmarsat-2 satellites?
Helen Sharman is the first Briton in space
As the UK had no government-funded human spaceflight programme, a group of British companies instigated Project Juno to send a Briton to space.
They negotiated a seat on the Soyuz mission to the Russian Mir space station alongside two Soviet cosmonauts. The advert went out: ‘Astronaut wanted. No experience necessary’. A 27-year-old British chemist named Helen Sharman came across the opportunity while working for Mars Chocolate. She was selected from 13,000 applicants and trained intensely for 18 months in Star City. On board the spacecraft, she carried out medical and agricultural experiments and photographed the British Isles.Why did it take 19 years to send another woman to space?What makes space travel so dangerous?
British technology sent to explore Saturn’s moons
As other nations continued to explore new ground, British scientists helped to drive forward the most ambitious deep space mission yet.
In 1997 Cassini-Huygens was launched into space. The mission was a joint venture between Nasa, Esa and the Italian Space Agency to fly by Saturn. On board the spacecraft was the Huygens lander, which successfully descended onto Saturn’s largest moon Titan. The Open University designed Huygen’s Surface Science Package, a complex set of sensors, to analyse Titan’s atmosphere and ground. The scientists’ data revealed Titan has a solid rather than liquid surface.See the first images of Titan taken by the Huygens probe
Beagle 2: Success or failure?
By the turn of the century, Esa scientists dared to explore the possibility of life beyond Earth in its first attempt to touchdown on another planet.
The Mars Express mission tasked British lander Beagle 2 with searching for signs of life on the red planet. The work was spearheaded by the charismatic Professor Colin Pillinger of the Open University. His passionate press appearances captivated the British public’s imagination. The mission’s call sign was composed by the band Blur and one of its tools painted by artist Damien Hirst. The lander was deployed in late 2003 but no contact was ever made. Two months later it was declared lost.BBC News: Tribute to Colin Pillinger
British company helps pioneer global satellite navigation
ESA – P. Carril (artist impression)
European ambitions in space were about transforming daily life too, as Esa began work on a new global satellite navigation system.
No longer needing to rely on the US GPS and Russian Glonass systems, Europe’s own network of satellites called Galileo will provide real-time positioning with metre-accuracy and the most precise readings at high latitudes. Surrey Satellite Technology Ltd (SSTL) was commissioned to build the prototype satellite GIOVE-A, followed by the innovative measuring instruments on the first 22 Galileo satellites. The system is due to begin offering services in late 2016, with full functionality by 2020.What does a more accurate sat-nav system mean?
There were a lot of people who recognised our expertise, but who thought this might be beyond us. We didn't feel that and this is our vindication.
Tim Peake becomes the first British Esa astronaut
Since 1983 Esa had been sending Europeans into space alongside Nasa and Russian astronauts. In 2009 it selected its first ever British recruit.
Army major and test pilot Tim Peake was chosen from 8,413 applicants. The selection surprised many as, at this time, the British government had not contributed funds to the International Space Station (ISS), maintaining its focus on unmanned space research and commercial ventures. But Tim was chosen on personal merit, according to Esa, and has already begun to inspire a new generation of space enthusiasts in Britain. He has since been chosen to spend six months on the ISS from December 2015.How Tim Peake became a British astronaut – in his wordsTake a tour inside the International Space Station
UK Space Agency opens
Public and political attitudes to space had come a long way since the 1980s. In 2010 Tim Peake helped to launch the new UK Space Agency (UKSA).
The new government agency replaced the BNSC. It was to bring all British space activities together and further grow its space industry, which by now was valued at £6bn and sustained almost 70,000 jobs. It announced funding for a British project called SABRE, a hybrid rocket engine to be developed for a potential spaceplane called Skylon. If successful, the spacecraft could carry larger payloads into space than currently possible, and fly passengers anywhere in the world in just four hours.Get more information on UK space missions
Major Esa missions rely on British tech
By 2013 Esa launched Gaia – one of its ‘cornerstone’ missions, meaning world-class scientific projects that require major advances in technology.
The Gaia space observatory aims to image a billion Milky Way objects like stars, planets and quasars in detailed 3D. It was initiated as two other cornerstone missions drew to a close – the Herschel and Planck observatories mapping infra-red and cosmic microwave background radiation, respectively. Britain had been a key partner in all three missions, supplying expertise and leadership as well as instruments and designs. Gaia’s camera sensor, the largest in the world, was built in Chelmsford.How do we know the Big Bang actually happened?Witness the launch of the Herschel and Planck satellites
Rosetta mission makes history
A year later Esa’s fourth cornerstone mission Rosetta achieved a momentous feat, with British scientists and engineers again playing an integral role.
On 12 November 2014, Rosetta’s Philae lander touched down on comet 67P after a ten-year journey through the Solar System. The UK space industry was key to meeting this unprecedented challenge, designing and building many of the mission’s components. The Open University’s Ptolemy instrument found molecules on the comet’s surface containing carbon, hydrogen and oxygen – key elements for life as we know it. The discovery added to the evidence that comets might have kick started life on Earth.Interactive: Can you land on a comet?As it happened: Rosetta comet landing
Beagle 2: Found at last!
Eleven years after it was declared lost on Mars, the Beagle 2 lander was spotted by Nasa’s Mars Reconnaissance Orbiter.
Images hinted the lander’s solar panels had not deployed fully, masking its radio antenna needed for communication with Earth. But the lander appeared intact, proving it was successfully protected by its entry capsule and cushioning. Its location was also astonishingly near the target landing site. To have come so close to success provided some vindication for the mission’s British scientists, but unfortunately came too late for leader Professor Colin Pillinger who died the previous year.
[Colin] was always adamant that this was by no means a failure. There were so many successes in this mission and this proves yet another one.
Britain’s future in space
Today the space industry is one of the fastest growing sectors in the UK economy, generating a turnover of £12bn a year – double that of a decade ago.
Where space exploration was once considered a military necessity or costly pastime, it is now recognised for its economic and scientific value. Britain thrives as a world leader in satellite technology. Its astronomers continue to help pioneer ambitious endeavours, such as the James Webb Space Telescope (JWST), built to image the Universe with unprecedented clarity. And as the next space race to Mars warms up, Britons remain at the forefront of ever more daring missions into the unknown.How will the JWST help us see deeper into the Universe?Should we build a village on the Moon?