Moon may have bucketloads of water!

Washington, March 20 (ANI): If reports are to be believed, the Moon may have bucketloads of water, with a NASA release indicating the amount of water ice detected in the north lunar pole as 600 million metric tons, stashed away in 40 craters.

This new announcement comes hot on the tail of a series of water discoveries on the lunar surface.

According to a report in Discovery News, this latest discovery comes from an instrument that was carried aboard the Indian Chandrayaan-1 lunar orbiter before it was lost in August, 2009.

NASA’s Mini-SAR team found these 40 craters each containing water ice at least 2 meters deep.

“If you converted those craters’ water into rocket fuel, you’d have enough fuel to launch the equivalent of one space shuttle per day for more than 2000 years,” said Paul Spudis of the Lunar and Planetary Institute.

The excitement surrounding this discovery is tangible, but Spudis pointed out another intriguing possibility: Does the moon have its own water cycle?

“So far, we’ve found three types of moonwater,” said Spudis.

“We have Mini-SAR”s thick lenses of nearly pure crater ice, LCROSS’s fluffy mix of ice crystals and dirt, and M-cube’s thin layer that comes and goes all across the surface of the Moon,” he added.

The moon does appear to contain three different “flavors” of water ice.

Some pure water appears to have been deposited on the lunar surface (perhaps by passing comets).

Some appears to have formed under the surface, mixing with lunar material. And the rest appears to have been formed on the surface through interactions with the solar wind.

Amazingly, these preliminary results indicate that there is also a migration of water from equatorial regions to the lunar poles, pointing to some kind of water cycle.

Scientists are now seriously contemplating a lunar “hydrosphere.” (ANI)

Moon”s biggest crater exposes its hidden lower crust

Washington, March 5 (ANI): Reports indicate that the biggest and deepest crater on the Moon can provide glimpses of the hidden lower crust of Earth”s natural satellite.

Shortly after the Moon formed, an asteroid smacked into its southern hemisphere and gouged out a truly enormous crater, the South Pole-Aitken basin, almost 1,500 miles across and more than five miles deep.

Asteroid bombardment over billions of years has left the lunar surface pockmarked with craters of all sizes, and covered with solidified lava, rubble, and dust.

Glimpses of the original surface, or crust, are rare, and views into the deep crust are rarer still.

Fortunately, a crater on the edge of the South Pole-Aitken basin may provide just such a view.

According to Noah Petro of NASA”s Goddard Space Flight Center in Greenbelt, Maryland, “We believe the central part of the Apollo Basin may expose a portion of the Moon”s lower crust. If correct, this may be one of just a few places on the Moon where we have a view into the deep lunar crust, because it”s not covered by volcanic material as many other such deep areas are.”

“Just as geologists can reconstruct Earth”s history by analyzing a cross-section of rock layers exposed by a canyon or a road cut, we can begin to understand the early lunar history by studying what”s being revealed in Apollo,” he said.

Petro and his team made the discovery with the Moon Mineralogy Mapper (M3), a NASA instrument on board India”s Chandrayaan-1 lunar-orbiting spacecraft.

Analysis of the light (spectra) in images from this instrument revealed that portions of the interior of Apollo have a similar composition to the impact melt in the South Pole-Aitken (SPA) basin.

As you go deeper into the Moon, the crust contains minerals have greater amounts of iron. When the Moon first formed, it was largely molten.

Minerals containing heavier elements, like iron, sank down toward the core, and minerals with lighter elements, like silicon, potassium, and sodium, floated to the top, forming the original lunar crust.

“The asteroid that created the SPA basin probably carved through the crust and perhaps into the upper mantle. The impact melt that solidified to form the central floor of SPA would have been a mixture of all those layers,” said Petro.

“We expect to see that it has slightly more iron than the bottom of Apollo, since it went deeper into the crust. This is what we found with M3,” he said.

“However, we also see that this area in Apollo has more iron than the surrounding lunar highlands, indicating Apollo has uncovered a layer of the lunar crust between what is typically seen on the surface and that in the deepest craters like SPA,” he added. (ANI)

Findings from India’s Chandrayaan to provide new understanding of lunar surface

London, September 18 (ANI): India’s Chandrayaan-1 X-ray Spectrometer (C1XS) has gathered data for a total of 30 solar flares, giving the most accurate measurements to date of magnesium, aluminum, silicon, calcium, and iron in the lunar surface.

Although contact was lost with Chandrayaan-1 last month, the enhanced performance of the C1XS instrument, which exceeded its design specification, means that the science team will be able to determine the geochemistry of new areas of the lunar surface, adding some vital pieces to the jigsaw of the mineralogy of the lunar surface.

The miniature C1XS instrument investigated the lunar surface using an effect whereby X-ray illumination from the Sun causes rocks to fluoresce, emitting light at a different wavelength.

This re-emitted light contains spectral peaks that are characteristic of elements contained in the rock, revealing its composition.

Solar flares act like a flash bulb, giving added illumination and allowing C1XS to ‘see’ more elements.

During normal conditions, C1XS could detect magnesium, aluminum, and silicon and collected data on the levels of these elements, enabling detailed mapping of areas of the lunar surface during its operational period.

During the 30 solar flares, C1XS detected calcium and iron (and sometimes titanium, sodium, and potassium) in key areas in the southern hemisphere and on the far side of the Moon.

The spectral resolution of 50 km was much better than previous missions.

According to Professor Grande, “The C1XS team will be analyzing the data collected during the Chandrayaan-1 mission over the next few months, and the results will help us further our knowledge of the Moon and planetary formation.”

In addition, the design of the instrument has been proved very successful in that it withstood passage through the Earth’s radiation belts and went on to produce these wonderful high-resolution spectra. We were able to separate clear peaks for each of the target elements, allowing us not only to identify where they are present but give an accurate estimate for how much is there,” he said.

“The technology developed for C1XS opens up some exciting opportunities for future missions,” he added. (ANI)

ISRO admits miscalculation of moon temperature led to Chandrayaan’s early termination

Bangalore, Sep.7 (ANI): A senior official at the Indian Space Research Organisation (ISRO) has candidly admitted that scientists miscalculated the temperature of the moon and that this had led to the early termination of the Chandrayaan-I mission last month.

Dr T K Alex, director, ISRO Satellite Centre, Bangalore, said: “We assumed that the temperature at 100km above the Moon’s surface would be around 75 degrees Celsius. However, it was more than 75 degrees and problems started to surface. We had to raise the orbit to 200km.”

In May, ISRO said it had raised Chandrayaan’s orbit to “enable further studies on orbit perturbations, gravitational field variation of the Moon and also enable imaging of the lunar surface with a wider swath”.

It now transpires that heating problems on the craft had begun as early as November 25, 2008, forcing ISRO to deactivate some of the payloads – there were 11 in all.

As a result, some of the experiments could not be carried out which raised questions on whether the pre-launch thermal vacuum test done on the spacecraft at the ISRO Satellite Centre in Bangalore was adequate.

In early 2009, the situation improved and Chandrayaan-1 started operating normally. However, the snags resurfaced. This time with the two star sensors of Chandrayaan because of high temperature. The sensors are crucial in determining the orientation of the craft in space.

The first star sensor packed up on April 26, and even the back-up sensor failed during the second week of May.

ISRO officials said scientists and engineers used ingenious ways to restore Chandrayaan-I by using gyroscopes as a temporary step.

The official said much before the official announcement of the project’s end on August 30, it had become clear that the two-year mission would be cut short since 95 percent of the scientific goals had been accomplished.

Although, ISRO claims that 95% of its planned experiments have been completed, it remains to be known whether payloads designed to operate at a 100-km orbit completed their missions. The issue has triggered a fierce debate on whether ISRO should have declared it a one-year mission right at the beginning rather than an ambitious two-year programme. (ANI)

ISRO to launch Mars mission by 2013

New Delhi, Aug 31 (ANI):Indian Space research Organisation (ISRO) chairman G. Madavan Nair said on Monday that India would launch a mission to Mars by 2013.

The ISRO has begun the preparations for sending a spacecraft to Mars.

Earlier on Aug 13 the Union Government sanctioned seed money of Rs 10 crore for Mars project, to carry out various studies on experiments to be conducted, route of the mission and other related details necessary to scale the new frontier.

On Sunday ISRO called off the maiden Lunar mission after Indian Deep Space Network at Byalalu near Bangalore lost control over the Chndrayaan -I spacecraft.

Though Chandrayaan- I was slated to be a two-year mission, Nair claimed that ISRO scientists have achieved nearly 95% of Chandrayaan’s scientific goals in less than a year. (ANI)

ISRO formally calls off India’s first moon mission

Panaji. Aug 31 (ANI): Indian Space Research Organisation (ISRO) has formally called off Chandrayaan-1, India’s first moon mission, after it lost contact with the craft. ink with the Chandrayaan-1 craft broke down early on Saturday.

Talking to reporters here on Sunday, ISRO Chairman G Madhavan Nair said, “The net result is that the lunar has lost radio contact with the craft and we are not receiving any signal. So we had to terminate the mission with this sequence…we made all attempts but our attempts were not succeed.”

Nair claimed that though the moon mission terminated much before its two-year lifetime it was a great success.

“About 95 percent of the objectives of the scientific experiments have been completed and we have more than 70,000 images of the moon, especially the most critical regions are in our custody,” he added.

The 79-million dollar mission was launched amid national euphoria last October, putting India in the Asian space race alongside China.

A probe vehicle landed on the moon a month later and sent back images of the lunar surface.

But a critical sensor in the main craft, orbiting the moon, malfunctioned in July, raising fears that the two-year mission might have to be curtailed.

One of the mission’s main aims was to look for Helium 3, an isotope which is very rare on earth but could be an energy source in the future in nuclear fusion.

ISRO has plans to send a manned mission to space in four years’ time and eventually on to Mars. (ANI)

India’s first moon mission Chandrayaan-I “definitely over”, says project director(Lead: Chandrayaan-I)

Bangalore, Aug 29(ANI): India’s ambitious moon mission — Chandrayaan-I — came to an abrupt end on Saturday after losing radio with the spacecraft.

“The mission is definitely over. We have lost contact with the spacecraft. It (Chandrayaan-1) has done its job technically…100 per cent. Scientifically also, it has done almost 90-95 percent of its job,” said M Annadurai, Project Director of the Chandrayaan-1 mission.

However, Indian Space Research Organisation (ISRO) chairman G. Madhavan Nair said scientists will evaluate the performance of the mission over the next two days before deciding whether or not to call it off.

Earlier, in the day the flamboyant spacecraft had lost the radio control at around 1.30 a.m. IST, increasing fears of a premature end of the spacecraft.

According to a press release by the ISRO, the deep Space Network at Byalalu near Bangalore has not received any signal form the spacecraft since midnight.

“Radio contact with Chandrayaan-I spacecraft was abruptly lost at 0130 Hrs (IST) on August 29, 2009. Deep Space Network at Byalalu near Bangalore received the data from Chandrayaan-I during the previous orbit upto 0025 Hrs (IST),”the press release states.

The ISRO has ordered for a detailed review of the data received by the spacecraft, “Detailed review of the Telemetry data received from the spacecraft is in progress and health of the spacecraft subsystems is being analysed,” press release states.

Earlier, on July 17, the flamboyant moon mission Chandrayaan-I, had lost a major sensor. The scientific community then feared the premature end of the spacecraft.

The Chandrayaan-I, which was launched from Satish Dhawan Space Centre at Sriharikota in Andhra Pradesh in October 2008, has completed over 350 days in orbit making more than 3400 orbits around the Moon and providing large volume of data from sophisticated sensors.

The spacecraft was equipped with Terrain Mapping Camera, Hyper-spectral Imager, Moon Mineralogy Mapper etc.,

The ISRO scientists expressed confidence of attaining most of the scientific objectives of the mission.

Addressing the Ninth convocation of the International Institute of Information and Technology at Bangalore last month, Nair said the tracking and detection of several factors by Chandrayaan are important steps in mapping the mineralogical composition of moon’s surface, which in turn would enable further study in its origin and evolution.

“I think I am happy to say that Chandrayaan has been completely successful in collecting all the data what we wanted. First was the three dimensional of the lunar surface, also getting the mineral content of the surface and then trying to use the extra instruments,” said Nair.

“All this went on very well and we are more or less very happy that the mission is complete,” he added.

Nair also added that the second moon mission would be launched by 2012. (ANI)

India’s first moon mission may be over, says project director

Bangalore, Aug 29 (ANI):India’s ambitious moon mission — Chandrayaan-I — has probably ended after losing radio contact since Saturday noon, said its project director M. Annadurai, but Indian Space Research Organisation (ISRO) chairman G. Madhavan Nair said scientists will evaluate the performance of the mission over the next two days before deciding whether or not to call it off.

Earlier, in the day the flamboyant spacecraft had lost the radio control at around 1.30 a.m. IST, increasing fears of a premature end of the spacecraft.

According to a press release by the ISRO, the deep Space Network at Byalalu near Bangalore has not received any signal form the spacecraft since midnight.

“Radio contact with Chandrayaan-I spacecraft was abruptly lost at 0130 Hrs (IST) on August 29, 2009. Deep Space Network at Byalalu near Bangalore received the data from Chandrayaan-I during the previous orbit upto 0025 Hrs (IST),”the press release states.he ISRO has ordered for a detailed review of the data received by the spacecraft, “Detailed review of the Telemetry data received from the spacecraft is in progress and health of the spacecraft subsystems is being analysed,” press release states.

Earlier, on July 17, the flamboyant moon mission Chandrayaan-I, had lost a major sensor. The scientific community then feared the premature end of the spacecraft.

The Chandrayaan-I, which was launched from Satish Dhawan Space Centre at Sriharikota in Andhra Pradesh in October 2008, has completed over 350 days in orbit making more than 3400 orbits around the Moon and providing large volume of data from sophisticated sensors.

The spacecraft was equipped with Terrain Mapping Camera, Hyper-spectral Imager, Moon Mineralogy Mapper etc.,

The ISRO scientists expressed confidence of attaining most of the scientific objectives of the mission.

Addressing the Ninth convocation of the International Institute of Information and Technology at Bangalore last month, Nair said the tracking and detection of several factors by Chandrayaan are important steps in mapping the mineralogical composition of moon’s surface, which in turn would enable further study in its origin and evolution.

“I think I am happy to say that Chandrayaan has been completely successful in collecting all the data what we wanted. First was the three dimensional of the lunar surface, also getting the mineral content of the surface and then trying to use the extra instruments,” said Nair.

“All this went on very well and we are more or less very happy that the mission is complete,” he added.

Nair also added that the second moon mission would be launched by 2012. (ANI)

India’s Chandrayaan-1 and NASA join hands to search for water on the moon

London, August 26 (ANI): A joint collaboration between India’s Chandrayaan-1 and NASA’s Lunar Reconnaissance Orbiter, which are orbiting the moon, could turn up evidence for valuable lunar water.

Some scientists suspect water ice, which would be a precious resource for future explorers, may be trapped in permanently shadowed craters at the moon’s poles.

Water ice can be distinguished from other materials by the way its radar echoes vary according to the position of the listener.

In 1994, the US Clementine spacecraft bounced radar signals off the moon and found hints of the water-ice signature.

But, it listened for the reflections jointly with a radio observatory on Earth, and getting unambiguous evidence for water requires more closely spaced listening posts.

According to a report in New Scientist, a recent joint experiment involving the US and Indian space agencies has provided a unique opportunity to get that data.

“It’s a unique experiment that can only be conducted by two spacecraft in orbit at the same time,” said Jason Crusan of NASA headquarters in Washington, DC.

On August 20, NASA’s Lunar Reconnaissance Orbiter and Chandrayaan-1 were manoeuvred to within a few dozen kilometres of each other, which required close communication and coordination between NASA and the Indian Space Research Organisation (ISRO).

Once in proper formation, Chandrayaan-1 fired its radar beam at a crater near the moon’s north pole, while both spacecraft listened for the echoes.

Crusan said that scientists were still analyzing the data to make sure the experiment worked, but added that both spacecraft were in the right positions at the right time for it to go as planned.

This is probably the only time the two spacecraft will perform this kind of joint radar measurement, since LRO will soon move to a lower orbit than Chandrayaan-1 in order to begin its main observing phase.

But last week’s experiment marks a new level of space cooperation between the US and India.

“I hope this is a sign of the future for how we will do cooperative exploration,” Crusan said. “I think it’s a good first step,” he added. (ANI)

Bhuvan – Bhuvan Earth Mapping Service – ISRO – ISRO to unveil mapping application ‘Bhuvan’ tomorrow

Bhuvan | Bhuvan Earth Mapping Service | ISRO | ISRO to unveil mapping application ‘Bhuvan’ tomorrow

After creating history by launching India’s first moon mission Chandrayaan I, Indian space agency ISRO is all set to challenge Google Earth with it’s own satellite mapping service dubbed “Bhuvan”

While announcing the service ISRO Chairman, G Madhavan Nair, said:

“With Bhuvan we will be able to produce very local information which will be specific to only to our own country. This information available from this mapping system will be useful in addressing very local problems like floods, famines, infrastructure development, education and much more”

“The information on Bhuvan will be layer wise and the options of viewing filtered information will be available. Inputs from a lot of local players, like farmers, fishermen and likes who know the local area in and out, will also being integrated in Bhuvan. This is for the primary reason to make it of more use to the general public,”

ISRO expects the service to be launched in next six months by March 2009, all the infrastructure and softwares required for the service is already in place and a prototype of Bhuvan should be ready by end of November.

Bhuvan will use images taken by ISRO’s seven remote sensing satellites at least a year ago. These eyes in the sky can capture images of objects as small as a car on the road to build three-dimensional map of the world.

ISRO chief satisfied with lunar data compiled by Chandrayaan

Bangalore, July 12(ANI): G Madhavan Nair, Chairman of Indian Space Research Organisation (ISRO), on Sunday expressed satisfaction with the successful collection of data about the moon by Chandrayaan, country’s maiden lunar mission.

Madhavan Nair stated this while addressing the 9th convocation of International Institute of Information and Technology at Bangalore on Sunday.

He mentioned that the tracking and detection of several factors by Chandrayaan are important steps in mapping the mineralogical composition of moon’s surface which in turn would enable further study in its origin and evolution.

“I think I am happy to say that Chandrayaan has been completely successful in collecting all the data what we wanted. First was the three dimensional of the lunar surface, also getting the mineral content of the surface and then trying to use the extra instruments,” said G. Madhavan Nair.

“All this went on very well and we are more or less very happy that the mission is complete,” he added.

Chandrayaan-1 was launched on October 22 last year.

Madhavan Nair also added that the second moon mission would be launched by 2012. (ANI)

Government beefs up security of top scientist; Z security for ISRO chief and Y security for six other prominent scientists

Just after it came out that Lashkar-e-Taiba (LeT) is planning to kidnap or assassinate India’s top scientists, the Government of India beefed up the security of its prominent scientists. The government on Sunday provided “Z” category security to the Indian Space Research Organisation (ISRO) Chairman G Madhavan Nair, and “Y” category security to six other notable space scientists.

The Union Home Ministry reported that the “Z” category security has been provided to the 65-year-old ISRO Chairman and Secretary of the Department of Space, G. Madhavan Nair, and “Y” category security has been provided to the six other scientists associated with the satellite and rocket divisions, in the wake of the threats to the lives of these scientists.

According to the Union Ministry of Home Affairs, Mr. G. Madhavan Nair, who has recently been awarded with the nation’s second highest civilian award, Padma Vibhushan, after the success of Chandrayaan I, will have an escort and guards round-the-clock, under the “Z” category security, while the other six scientists will have a Personal Security Officer and two guards, under “Y” category security.

S. Satish, the Director (Public Relations) of ISRO, reported that the Union Home Ministry has issued a security alert and strengthened the security cover for some top scientists of the organization. Mr. Satish also told that the government is also reviewing the security of some prominent scientists, without disclosing their names.

The Union Home Ministry beefed up the security of these scientists, after a Lashkar militant, Furfur Nawaz alias Shabaz Nawaz, who’s recently been deported from a Gulf country, disclosed Lashkar-e-Taiba is planning to either kidnap or assassinate some of the top Indian scientists including Nair. Sarfaraz Nawaz was being interrogated by the Karnataka police in connection with the 2008 Bangalore blasts, when he made these revelations.

Sarfaraz Nawaz also disclosed that Jasim, another Pakistani militant told him that LeT was planning to target top Indian scientists, including a woman Muslim scientist from UP working on the Agni missile. According to Shabaz Nawaz, Jasim mentioned the names of “G Madhavan Nair, Alex, Sajivnath, Suresh Kumar and a female Muslim scientist from UP (a lady scientist working in Agni missile project)”.

India to undertake first manned moon mission by 2020: ISRO

Salem (Tamil Nadu) Jan.12 (ANI): Encouraged by the successful launch of Chandrayan-I last October, the Indian Space Research Organisation (ISRO) wants to undertake the country’s first manned moon mission by 2020.

M. Annadurai, the project director of Chandrayaan-I on Sunday said that the ISRO proposed to undertake the country’s first manned moon mission by 2020 following the success of Chandrayaan-I.

The Chandrayaan-II mission is expected to be undertaken within a couple of years followed by Chandrayaan-III, Annadurai revealed.

He informed that the Chandrayaan-I mission is sending considerable amount of data and scientists are busy analysing it.

Several countries have approached India to set up a common lunar research centre for conducting various studies, the director added. (ANI)

Chandrayaan Shed New Light On Lunar Surface

Chandrayaan Shed New Light On Lunar Surface The Moon Mineralogy Mapper (M3) has taken a composite image of a region of moon about which very little was known and this has taken India’s first lunar endeavor with the Chandrayaan to new heights.

Detailed compositional information regarding the moon is provided by the M3, which has been designed by the jet Propulsion Laboratory, USA. The name of the region which was mapped recently is Orientale Basin. New insight into the composition of the region is provided by the different wavelengths of light, captured in the image.

“Our ability to now identify and map the composition of the surface in geologic context provides a new level of detail needed to explore and understand Earth’s nearest neighbor,” informed Carle Pieters, the instrument’s principal investigator, from Brown University via a statement.

Apart from providing new details on the form and structure of the region’s surface, the image also revealed changes in rock and mineral composition and the abundance of iron-bearing minerals such as pyroxene. The scientists are also able to analyze the image, using color by the M3 apart from analyzing the length and width across an image.

The Chandrayaan has been equipped with 11 payloads, out which M3 is the one.

Every Indian Should Be Proud Of Chandrayaan, Says Abdul Kalam

Every Indian Should Be Proud Of Chandrayaan, Says Abdul KalamFormer president A P J Abdul Kalam, who visited the Indian Deep Space Network and the giant antenna at Byalalu village near Bangalore on Saturday, said that every Indian should be proud of the space researchers who made the launch of Chandrayana- I, the country’s first unmanned lunar spacecraft, a successful attempt.

Dr. Kalam expressed his aspiration to see an Indian researcher land on the moon by 2021.

He told a gathering of senior scientists, “I would be 90 years old then.”

G. Madhavan Nair, chairman of the Indian Space Research Organisation (ISRO) presented Mr. Kalam with the first photographs of the earth sent by the Chandrayaan-I from an altitude of 70,000 km.

While talking to mediapersons, Dr. Kalam, who is closely associated with the country’s space programmes, said, “They are good pictures. They are high-resolution pictures.”

“The photographs are indicative of what things hold for us in future,” he added.

He also said that November 8, the day when Chandrayaan leaves the Earth’s gravity and enters the moon’s orbit, will be the next landmark for the mission.

Chandrayaan’s orbit increased again

Chandrayaan's orbit increased againAt the Spacecraft Control Centre (SCC) at the ISRO Telemetry Command, Control and Tracking Network (ISTRAC), headed by S. K. Shivakumar at Bangalore, an air of professionalism and calmness flowed. Here, on Sunday morning, the commands were radioed by radio frequency specialists to the engine on board Chandrayaan-1 to fire.

On Sunday, the engine was launched for about nine-and-a-half minutes at 7.08 a. m. “This successful firing lifted the spacecraft’s orbit from an apogee of 74,715 km and a perigee of 336 km on Saturday to its present apogee of 1.64 lakh km and a perigee of 348 km. The spacecraft has almost reached half the distance to the moon, which is 3, 84,000 km away from the earth. In this orbit, Chandrayaan-1 takes about 73 hours to go round the earth once,” said an ISRO official.

He further added, “At this distance from the earth, the electric transmitter power with which Chandrayaan-1 whispers is so low that the signals received from it are very feeble and they have to be amplified. So it is quite a big challenge to communicate with the spacecraft when it is traveling deep in space.”

A very vital role in tracking and communicating with Chandrayaan-1 at a high orbit was being played efficiently by the two antennae with a diameter of 32 meters and 18 meters that belong to the Indian Deep Space Network (IDSN) of ISRO at Byalalu village, near Bangalore. These two antennas, shaped as in a huge bowl, will receive scientific information from the 11 instruments on board Chandrayaan-1, when the spacecraft becomes operational.

The official also said, “If three more firings of the liquid apogee motor on Chandrayaan-1 are successfully accomplished on October 29, November 3 and November 8, the spacecraft will reach its final abode of 100 km around the moon on November 14th or 15th. ”

The rest of the 10 scientific instruments on the spacecraft will be switched on, one after the other, following the ejection of the MIP.