ISRO a few hours away from historic Mars Mission

The Mission Control Room at the Satish Dhawan Space Centre here, about 100 from Chennai, is abuzz with activity as scientists are monitoring the countdown time CDT for launch of India's first mission to the red planet.

A scientist works on the Mars Orbiter vehicle at the Indian Space Research Organisation's (ISRO) satellite center in Bangalore on September 11, 2013. Pic: AFP 

"The countdown is progressing normally. All vehicle systems were switched on for the final eight and half hour countdown which started at 6:08 AM," a spokesman of the Indian Space Research Organisation told PTI.

The 76 metre tall Mobile Service Tower covering the 44.4 metre rocket has been withdrawn to a distance of around 150 metres to facilitate the launch, ISRO sources said.

Ever since its establishment in 1969, ISRO has only launched missions around Earth for various purposes and a single mission to the Moon.

This is the first time the national space agency is aspiring to send a mission to study a celestial body outside Earth s sphere of influence.

India's Mars Orbiter is expected to reach the red planet's orbit by September 2014 and look for the presence of methane, an indicator of life there.

ISRO has put in place an extensive network of stations worldwide to track the Mars Orbiter Mission after launch from the first launch pad here at 2.38 PM.

The vehicle trajectory will be tracked by monitoring stations at the Space Centre here, Indian Deep Station Network at Byalulu near Bangalore and Down Range Station at Port Blair in India and also from Biak in Indonesia and Brunei.

Two sea-borne terminals equipped with a 4.6 metre antenna and a 1.8 metre antenna on board Shipping Corporation of India's SCI Nalanda and SCI Yamuna (some 2500 km between them) in South Pacific Ocean will track the vehicle as it injects the Mars Orbiter mission into Earth's orbit.

Once injected into orbit by the launch vehicle, the spacecraft trajectory post separation would be tracked from NASA's Jet Propulsion Laboratory facilities at Goldstone (U.S), Madrid (Spain) and Canberra (Australia).

The Mars Orbiter carries five scientific instruments to study the red planet - Lyman Alpha Photometer (LAP), Methane Sensor for Mars (MSM), Mars Exospheric Neutral Composition Analyser (MENCA), Mars Colour Camera (MCC) and Thermal Infrared Imaging Spectrometer (TIS).

While LAP and MSM would help in atmospheric studies,MENCA would focus on studying particle environment.MCC and TIS would contribute to studying the surface imaging of the red planet.

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