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NASA’s InSight lands on Mars

Updated

By Agence France-Presse and Reuters

PASADENA, United States (AFP/Reuters)– Cheers and applause erupted at NASA’s Jet Propulsion Laboratory on Monday as a waist-high unmanned lander, called InSight, touched down on Mars, capping a nearly seven-year journey from design to launch to landing.

TOUCHDOWN – NASA released the first image shot from the InSight lander moments after it touched down on Mars. At NASA’s Jet Propulsion Laboratory in Pasadena, California, InSight mission team members rejoice after receiving confirmation that the spacecraft has landed. (EPA/EFE)

TOUCHDOWN – NASA released the first image shot from the InSight lander moments after it touched down on Mars. (EPA/EFE)

The dramatic arrival of the $993 million spacecraft – designed to listen for quakes and tremors as a way to unveil the Red Planet’s inner mysteries, how it formed billions of years ago and, by extension, how other rocky planets like Earth took shape – marked the eighth successful landing on Mars in NASA’s history.

“Touchdown confirmed,” a mission control operator at NASA said, as pent-up anxiety and excitement surged through the room, and dozens of scientists leapt from their seats to embrace each other.

“It was intense and you could feel the emotion,” said NASA administrator Jim Bridenstine, in an interview on NASA television afterward.

Bridenstine also said President Donald Trump and Vice President Mike Pence had watched on television and called to congratulate the US space agency for its hard work.

“Ultimately, the day is coming when we land humans on Mars,” Bridenstine said, adding that the goal is to do so by the mid 2030s.

The vehicle appeared to be in good shape, according to the first communications received from the Martian surface.

But as expected, the dust kicked up during the landing obscured the first picture InSight sent back, which was heavily flecked.

France’s Centre National d’EtudesSpatiales (CNES) made the Seismic Experiment for Interior Structure (SEIS) instrument, the key element for sensing quakes.

The principal investigator on the French seismometer, Philippe Lognonne, said he was “relieved and very happy” at the outcome.

“I’ve just received confirmation that there are no rocks in front of the lander,” he told AFP.

Next, InSight must open its solar arrays, as NASA waits until later in the afternoon to learn if that final, crucial phase went as planned.

The spacecraft is meant to be solar-powered once it reaches the surface of Mars.

Entry, descent, landing

The spacecraft is NASA’s first to touch down on Earth’s neighboring planet since the Curiosity rover arrived in 2012.

More than half of 43 attempts to reach Mars with rovers, orbiters and probes by space agencies from around the world have failed.

NASA is the only space agency to have made it, and is invested in these robotic missions as a way to prepare for the first Mars-bound human explorers in the 2030s.

“We never take Mars for granted. Mars is hard,” Thomas Zurbuchen, NASA associate administrator for the science mission directorate, said on Sunday.

The nail-biting entry, descent and landing phase began at 11:47 am (1940 GMT) at NASA’s Jet Propulsion Laboratory in Pasadena, California, home to mission control for Mars InSight, and ended one second before 1953 GMT.

A carefully orchestrated sequence – already fully preprogrammed on board the spacecraft – unfolded over the following several minutes, coined “six and a half minutes of terror.”

Speeding faster than a bullet at 12,300 miles (19,800 kilometers) an hour, the heat-shielded spacecraft encountered scorching friction as it entered the Mars atmosphere.

The heat shield soared to a temperature of 2,700 Fahrenheit (about 1,500 Celsius) before it was discarded, the three landing legs deployed and the parachute popped out, easing InSight down to the Martian surface.

Goal: 3D map of inner Mars

InSight contains key instruments that were contributed by several European space agencies.

France’s CNES made the SEIS instrument, while the German Aerospace Center (DLR) provided a self-hammering mole that can burrow 16 feet (five meters) into the surface – farther than any instrument before – to measure heat flow.

Spain’s Centro de Astrobiologia made the spacecraft’s wind sensors, and three of InSight’s seismic instruments were designed and built in Britain.

Other significant contributions came from the Space Research Center of the Polish Academy of Sciences and Astronika and the Swiss Institute of Technology.

“It is wonderful news that the InSight spacecraft has landed safely on Mars,” said Sue Horne, head of space exploration at the UK Space Agency.

Together, the instruments will study geological processes, said Bruce Banerdt, InSight’s principal investigator at the Jet Propulsion Laboratory.

By listening for tremors on Mars, whether from quakes or meteor impacts or even volcanic activity, scientists can learn more about its interior and reveal how the planet formed.

The goal is to map the inside of Mars in three dimensions, “so we understand the inside of Mars as well as we have come to understand the outside of Mars,” Banerdt told reporters.

A central question is why Mars, once a relatively warm, wet planet, evolved so differently from Earth into a mostly dry, desolate and cold world, devoid of life.

The answers are believed to have something to do with the as-yet unexplained absence, since Mars’ ancient past, of either a magnetic field or tectonic activity, said NASA’s chief scientist James Green.

While Earth’s tectonics and other forces have erased most evidence of its early history, much of Mars – about one-third the size of Earth – has seemingly remained largely static, creating a geologic time machine for scientists, Green said.

NASA officials say it will take two to three months for the main instruments to be deployed and put into operation.

The landing data and initial photograph were relayed to Earth from two briefcase-sized satellites that were launched along with InSight and were flying past Mars as it reached its destination. The twin “Cubesats” tagging along for the flight to Mars represented the first deep-space use of a miniature satellite technology that space engineers see as a promising low-cost alternative to some larger, more complex vehicles.

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