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NASA Launches Podcast That Tracks Lander To Study Mars

The final episode will cover what happens when the team tries to land InSight on the Red Planet

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NASA, Hubble, Keplar, asteroids
Nasa's Opportunity rover might have 'died' on Mars. Flickr

NASA has launched an eight-episode podcast series that follows the InSight mission as the robotic explorer journeys to Mars for a November 26 landing.

The first two episodes of the “On a Mission” series are now available for download, the US space agency said in a statemenet late Tuesday.

The eight-episode series follows the InSight lander as it travels hundreds of millions of miles and attempts to land on Mars on November 26.

“On a Mission” will be the first NASA podcast to track a mission during flight, through interviews with the InSight team at NASA’s Jet Propulsion Laboratory in Pasadena, California.

Episode One lays out the odds of reaching the surface safely — fewer than half of Mars missions make it.

NASA, space, red dwarf, hubble
New episodes will be released weekly as InSight gets closer to Mars. Flcikr

“When things go beautifully it looks easy, but it’s really not easy,” said Sue Smrekar, Deputy Principal Investigator for the InSight mission. “Any kind of exploration is just not easy or guaranteed – ever.”

Narrated by host and science journalist Leslie Mullen and InSight team members, each episode blends humour and captivating storytelling to dig into the journey of the lander and the people who have spent years working on it.

New episodes will be released weekly as InSight gets closer to Mars.

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The final episode will cover what happens when the team tries to land InSight on the Red Planet.

If successful, the lander will be the first robotic explorer to study the planet’s “inner space” — its crust, mantle and core — to better understand the early formation of rocky planets in our inner solar system and rocky exoplanets. (IANS)

Next Story

NASA Failed to Trace Chandrayaan 2’s Vikram Lander on Lunar Surface

On July 22, the Rs 978-crore Chandrayaan-2 was launched into space by India's heavy lift rocket Geosynchronous Satellite Launch Vehicle-Mark III

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NASA, Chandrayaan 2, Vikram Lander
A NASA scientist said the spacecraft failed to trace Vikram because of two reasons -- one, Vikram is located outside the area the US agency photographed, second, because it's lying in a shadowed part of the moon. Wikimedia Commons

US Space agency NASA has once again failed to trace Chandrayaan 2’s Vikram lander on the lunar surface.

A NASA spacecraft clicked photos of the landing site of Vikram earlier this month, but couldn’t capture the lander.

A NASA scientist said the spacecraft failed to trace Vikram because of two reasons — one, Vikram is located outside the area the US agency photographed, second, because it’s lying in a shadowed part of the moon.

On July 22, the Rs 978-crore Chandrayaan-2 was launched into space by India’s heavy lift rocket Geosynchronous Satellite Launch Vehicle-Mark III (GSLV Mk III) in a text book style.

NASA, Chandrayaan 2, Vikram Lander
A NASA spacecraft clicked photos of the landing site of Vikram earlier this month, but couldn’t capture the lander. Wikimedia Commons

The Chandrayaan-2 spacecraft comprised three segments — the Orbiter (weighing 2,379 kg, eight payloads), Vikram (1,471 kg, four payloads) and Pragyan (27 kg, two payloads).

After five earth-bound orbit raising activities, Chandrayaan-2 was inserted into the lunar orbit. On September 2, Vikram separated from the orbiter. It made a historic landing attempt on September 7.

According to NASA, Vikram attempted a landing on a small patch of lunar highland smooth plains between Simpelius N and Manzinus C craters.

This event was India’s first attempt at a soft landing on the moon.

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The US agency said Vikram’s targeted landing site was located about 600 kilometres (370 miles) from the south pole in a relatively ancient terrain (70.8AoS latitude, 23.5AoE longitude).

According to NASA, Vikram had a hard landing and the precise location of the spacecraft in the lunar highlands has yet to be determined. (IANS)