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India Will Launch an Ambitious Moon Orbiter-Lander-Rover Combo in July

India will launch the Chandrayaan-2 mission to the moon on July 15 local time in India. The mission will send an orbiter, lander and rover to explore the lunar south pole.
India will launch the Chandrayaan-2 mission to the moon on July 15 local time in India. The mission will send an orbiter, lander and rover to explore the lunar south pole.
(Image: © Indian Space Research Organisation)

India is about to take its biggest leap to the moon yet, with a mission to land at the lunar south pole. 

As the world prepares for the 50th anniversary of NASA's historic Apollo 11 moon landing in July, the India Space Research Organisation (ISRO) will launch an ambitious triple-threat mission to the Earth's nearest neighbor. The mission, called Chandrayaan-2, is scheduled to launch July 14 at 5:51 p.m. EDT (2151 GMT).

Chandrayaan-2 will launch atop a Geosynchronous Satellite Launch Vehicle Mark III M1 rocket (India's most powerful booster) from the country's Satish Dhawan Space Center in Sriharikota, where the local time at liftoff will be 2:51 a.m. on July 15. And unlike the country's first moon orbiter Chandrayaan-1, which launched in 2008, this new spacecraft won't be alone. 

Related: India's Long Lost Moon Probe Found by  NASA Radar

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An artist's illustration of India's Chandrayaan-2 lander, Vikram, and its Pragyan rover on the surface of the moon near the lunar south pole.

An artist's illustration of India's Chandrayaan-2 lander, Vikram, and its Pragyan rover on the surface of the moon near the lunar south pole.
(Image credit: Indian Space Research Organisation)
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This Indian Space Research Organisation diagram shows the flight profile of the Chandrayaan-2 spaceraft as they fly to the moon between July and September 2019.

This Indian Space Research Organisation diagram shows the flight profile of the Chandrayaan-2 spaceraft as they fly to the moon between July and September 2019.
(Image credit: Indian Space Research Organisation)
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India plans to launch its second moon mission, Chandrayaan-2, in July 2019.

This ISRO graphic details the main components of India's Chandrayaan-2 moon mission.
(Image credit: ISRO via Twitter)

Chandrayaan-2 will include an orbiter, lander and rover that will work together to study the moon from above and its surface. Chandrayaan means "Moon Craft" in Sanskrit, and is the name of the ISRO's overarching moon exploration project, with Chandrayaan-2 being the second mission in that program. 

Chandrayaan-2's lander is called Vikram in honor of the Indian scientist Vikram Sarabhai, dubbed the "Father of the Indian Space Programme," who died in 1971, ISRO officials explained in a mission description. The rover is called Pragyan, or "Wisdom" in Sanskrit. 

The target landing site for India's Chandrayaan-2 mission to explore the lunar south pole.

(Image credit: Indian Space Research Organisation)

After launch, Chandrayaan-2 will spend about 16 days orbiting Earth, raising its orbit slowly over time before heading to the moon, the Times of India reported. It should take the mission about five days to reach the moon, after which Chandryaan-2 will spend 27 days in lunar orbit before releasing the Vikram lander.

If all goes well, Vikram will touch down near the moon's south pole on Sept. 6 in what promises to be a harrowing 15-minute landing sequence, ISRO officials have said. 

"The 15-minute operation - in which Vikram makes the final descent and soft-lands - will be the most terrifying as we have never attempted such a complex mission," ISRO chairman K Sivan said in a June 11 press conference according to the Times of India.

The solar-powered Vikram is expected to deploy the small Pragyan rover about four hours after landing. Together, the lander and rover are designed to last about one lunar day (14 Earth days) on the moon's surface, while the Chandrayaan-2 orbtier continues its mission for a full year, according to an ISRO overview. 

Chandrayaan-2 will carry 13 different scientific instruments to study the moon. They include eight remote-observation payloads on the orbiter, three on the lander and two on the rover. 

One of the lander payloads is a NASA experiment called the Laser Retro-reflector Array for Lunar Landers, a mirror-like device designed to reflect laser signals that can be used to pinpoint the Vikram lander's location and measure the distance between the Earth and moon. NASA included a similar retro-reflector on the Israeli Beresheet lunar lander, which crashed during a failed moon landing attempt in April. 

Email Tariq Malik at tmalik@space.com or follow him @tariqjmalik. Follow us @Spacedotcom and Facebook.  

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