Beagle 2 Found: Images Reveal Location Of UK Mars Lander's 'Successful Failure'

'Beagle 2 Has Been Found'
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The UK's Beagle 2 Mars probe, thought lost on the planet in 2003, has been found.

The craft, which resembled a giant pocket watch, was supposed to land softly on Mars and deploy an array of instruments and solar panels to help search for life.

It travelled to the planet with the European Space Agency's Mars Express craft, but contact was lost shortly after it made its way to the surface on Christmas day.

For more than a decade it was thought that the probe was lost, but scientists continued to scour the surface with images taken aboard NASA's Mars Reconnaissance Orbiter.

And now, it has been found.

"What we can say today with some confidence is that Beagle 2 is no longer lost," said Dr. David Parker, CEO of the UK Space Agency in a press conference at the Royal Society in London.

The find makes Beagle 2 a "successful failure" said the UK Space Agency. It technically makes it the first European probe to successfully land on another planet.

Parker said that there is good evidence from the NASA Hi-RISE space craft that the probe is "resting on the surface of Mars".

"We are not looking at a crash site," he said. "These images are consistent with Beagle 2 having successfully landed on Mars but only partially having deployed."

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Above: the lander was photographed by NASA's HI-RISE camera in orbit around Mars

The reaction to the news was enormous on social media - though much of the response focused on the sad fact that Professor Colin Pillinger, who spearheaded the project, died just months before the probe was found.

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UK Space explained:

"The image... show the Beagle 2 lander in what appears to be a partially deployed configuration, with what is thought to be the rear cover with its pilot/drogue chute (still attached) and main parachute close by. Due to the small size of Beagle 2 (less than 2m across for the deployed lander) it is right at the limit of detection of imaging systems (cameras) orbiting Mars. The targets are within the expected landing area at a distance of ~5km from its centre.

Several interpretations of the image of the lander have been identified, consistent with the lander’s size and shape. The imaging data is however consistent with only a partial deployment following landing. This would explain why no signal or data was received from the lander – as full deployment of all solar panels was needed to expose the RF antenna which would transmit data and receive commands from Earth."

This is a sharpened image of the pixels that UK Space says is the lander:

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The UK Space Agency also posted this image explaining what happened to the probe.

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Ahead of the conference David Rothery, professor of planetary geosciences at the Open University, said he believed pictures will be published today proving that the spacecraft's lander successfully touched down on the Red Planet in 2003 but that a malfunction prevented it from beaming information back to Earth.

Rothery said: "What I think we are going to have revealed tomorrow is pictures showing Beagle 2 on the ground, what is thought to be Beagle 2 on the ground.

"It looks like they (the panels) didn't all open."

He added: "I regard it as being more successful than we perhaps though 12 years ago when we lost it. It would be nice to know if it landed close to where we think it did."

Prof Mark Sims from the University of Leicester's Space Research Project said:

"Every Christmas Day since 2003 I have wondered what happened to Beagle 2. My Christmas day in 2003, alongside many others who worked on Beagle 2, was ruined by the disappointment of not receiving data from the surface of Mars. To be frank, I had all but given up hope of ever knowing what happened to Beagle 2.

"The images show that we came so close to achieving the goal of science on Mars. The images vindicate the hard work put in by many people and companies both here in the UK and around Europe and the world in building Beagle 2.

"The highly-complex entry, descent and landing sequence seems to have worked perfectly and only during the final phases of deployment did Beagle 2 unfortunately run into problems. I view it as a great achievement that the team built Beagle 2 in a little over four years and successfully landed it on the surface of Mars.

"It was a great pity we couldn't have delivered the world-class science Beagle 2 may have brought and even sadder that Colin and other colleagues who died in 2014 didn't live to see the discovery that Beagle 2 made it to Mars."

Named in honour of Charles Darwin's famous ship, Beagle 2 was a unique space mission in that it was largely funded by private donations and money raised by promotional campaigns led by the late Professor Colin Pillinger.

The probe was carried by the Mars Express spacecraft, which was blasted into pace by a Russian rocket from Kazakhstan in June 2003.

The mission's call-sign was composed by the Britpop band Blur, and the "test card" used to calibrate the probe's cameras and spectrometer instruments after the landing was painted by Damien Hirst.

It was scheduled to put down in a near-equatorial region of Mars known as Isidis Planitia on December 26. But after detaching from the Mars Express and heading for the surface it was not heard from again.

Despite its small size and shoestring cost Beagle 2 contained some sophisticated hardware.

Elements of its miniaturised technology will be employed on ExoMars, the European rover that will be sent to Mars to search for signs of life in 2018.

Beagle 2 found on Mars
(01 of15)
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Colour image of Beagle-2 on Mars (credit:ESA)
(02 of15)
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The UK-led Beagle-2 Mars lander, which hitched a ride on ESA’s Mars Express mission and was lost on Mars since 2003, has been found in images taken by NASA’s Mars Reconnaissance Orbiter. This labelled grey-scale image identifies the lander, and its parachute and rear cover.
(03 of15)
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Beagle 2 lander (credit:ESA)
Beagle 2 Fails To Communicate With Mars Express(04 of15)
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LONDON - JANUARY 7: Professor Colin Pillinger, lead scientist for Beagle 2 gestures as the British Mars probe Beagle 2 fails to communicate with its mothership, the Mars Explorer, January 7, 2004 at the mission's headquarters in London. Beagle 2, which was supposed to land and transmit data from the surface of the red planet on Christmas day, has not been heard from since its separation from Mars Express. (Photo by Graeme Robertson/Getty Images) (credit:Graeme Robertson via Getty Images)
(05 of15)
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The Beagle 2, on the ground. Artist impression (credit:ESA)
Beagle 2 Fails To Communicate With Mars Express(06 of15)
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LONDON - JANUARY 7: Professor Colin Pillinger, lead scientist for Beagle 2 gestures as the British Mars probe Beagle 2 fails to communicate with its mothership, the Mars Explorer, January 7, 2004 at the mission's headquarters in London. Beagle 2, which was supposed to land and transmit data from the surface of the red planet on Christmas day, has not been heard from since its separation from Mars Express. (Photo by Graeme Robertson/Getty Images) (credit:Graeme Robertson via Getty Images)
Beagle 2 Separates From Mars Express To Begin Last Stage Of Its Voyage To Mars(07 of15)
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LONDON - DECEMBER 19: Professor Colin Pillinger, lead scientist for Beagle 2 Open University, (R) is congratulated by Lord Sainsbury (L) and The Duke of York during the live television transmission to confirm the seperation of Beagle 2 from the Mars Express craft December 19, 2003 in London. Beagle 2 is scheduled to land on the surface of Mars on Christmas Day. (Photo by Ian Waldie/Getty Images) (credit:Ian Waldie via Getty Images)
Mars Express Takes Images Of Red Planet(08 of15)
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MARS, SPACE - DECEMBER 3, 2003: The Mars Express probe takes the first image of the Red Planet December 3, 2003 in Space. Mars Express nears it's destination after a six-month voyage to orbit the red planet and will release the British lander Beagle 2 to the surface to explore for any signs of life. (Photo by ESA/Getty Images) (credit:Getty Images via Getty Images)
SCIENCE Mars 1(09 of15)
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Undated handout image released by NASA of an artists impression of a Mars Reconnaissance Orbiter over the Martian surface. An American spacecraft blasts off on a mission that could uncover Britain's lost Mars probe, Beagle 2, Wednesday 10 August 2005. Nasa's Mars Reconnaissance Orbiter (MRO) is the biggest spacecraft ever to be sent to the Red Planet. The size of a minibus and weighing 2,180kg, it is equipped with a suite of powerful instruments. Its cameras can focus on objects so small that they may be able to spot spacecraft crashed or broken down on the Martian surface. See PA story SCIENCE Mars. PRESS ASSOCIATION PHOTO. Photo credit should read: Jet Propulsion Laboratory/NASA/PA (credit:NASA/PA Archive)
Beagle 2 to Land on Mars(10 of15)
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Mission manager Dr.Mark Simms looks over the model of Beagle 2, at the National Space Centre, Leicester. A buzz of excitement and tense optimism was hanging over scientists at the National Space Centre today as the final countdown began for Britain's first mission to find life on Mars. With 13 days to go before landing craft Beagle 2 is parachuted on to the red planet, there remain numerous nervous moments before the mission can be hailed a success. (credit:PA/PA Archive)
BRITAIN MARS(11 of15)
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Professor Colin Pillinger, leading scientist for the Beagle 2 Mars landing module, gestures in front of a model of the 'pod' which reportedly is down on the surface of Mars, as he waits for radio signals from the device at a central London control centre, Thursday, Dec. 25, 2003. However, no signals were received, but confident controllers will wait for the next opportunity which falls later on Christmas Day. (AP Photo/Adam Butler) (credit:ASSOCIATED PRESS)
Professor Colin Pillinger project leader(12 of15)
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LONDON, UNITED KINGDOM: Professor Colin Pillinger project leader of the British Mars lander Beagle 2 listens to a spokesman from the European Space Agency (ESA) about the continuing failure to make contact with probe 07 January, 2004 in London. The British-built Beagle probe separated as planned from the European Space Agency's Mars Express Orbiter on December 19 but has failed to make contact with earth after a planned Christmas Day touchdown on the planet's surface. AFP PHOTO/ALESSANDRO ABBONIZIO (Photo credit should read ALESSANDRO ABBONIZIO/AFP/Getty Images) (credit:ALESSANDRO ABBONIZIO via Getty Images)
GERMANY EUROPE MARS MISSION(13 of15)
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An original size model of "Beagle 2" is seen in the conference room at the European Space Agency (ESA) in Darmstadt, central Germany, early Thursday, Dec. 25, 2003, while scientists wait for the first signal of the first European Mars probe "Beagle 2". (AP Photo/Michael Probst) (credit:ASSOCIATED PRESS)
KAZAKHSTAN MARS MISSION(14 of15)
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The Mars Express spacecraft is launched with a Soyuz FG booster rocket from the Russian-operated Baikonur cosmodrome in Kazakhstan, Monday, June 2 2003. The European Space Agency, ESA, said the space vehicle, which cost about US $350 million, is on a six-month journey to Mars - the ESA's first interplanetary mission. Several days before the spacecraft reaches Mars in December, the British-built Beagle 2 lander is set to separate from the vehicle. It will parachute down to the Mars surface on Dec. 25. (AP Photo) (credit:ASSOCIATED PRESS)
GERMANY EUROPE MARS MISSION(15 of15)
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View into the control room of the European Space Agency (ESA) in Darmstadt, central Germany, early Thursday, Dec. 25, 2003, where scientists wait for the first European Mars probe "Beagle 2" landing later on Thursday. (AP Photo/Michael Probst) (credit:ASSOCIATED PRESS)

And alas - no, it's not possible to get the lander working now we know where it is.

"Unfortunately given the partial deployment (and covering of the RF antenna) it would not be possible to revive Beagle 2 and recover data from it," UK Space said.