India loses contact with spacecraft trying to land on Moon

1 / 4
Videographic on the Chandrayaan-2 mission. The Indian probe is set to land on the lunar South Pole on Saturday. (AFP)
2 / 4
Indian Space Research Organization (ISRO) employees react as they wait for an announcement by organizations's chief Kailasavadivoo Sivan at its Telemetry, Tracking and Command Network facility in Bangalore, India, Saturday, Sept. 7, 2019. (AP)
3 / 4
Indian Space Research Organization (ISRO) employees react as they listen to an announcement by organizations's chief Kailasavadivoo Sivan at its Telemetry, Tracking and Command Network facility in Bangalore, India, Saturday, Sept. 7, 2019. (AP)
4 / 4
Updated 07 September 2019
Follow

India loses contact with spacecraft trying to land on Moon

  • A successful landing would make India just the fourth country to land a vessel on the lunar surface, and only the third nation to operate a robotic rover there

BANGALORE, INDIA: India lost contact with its unmanned spacecraft just before it was due to land on the Moon on Saturday, in a blow to the country’s ambitious low-cost lunar program.
India had hoped to become just the fourth country after the United States, Russia and China to successfully land on the Moon.
But as Prime Minister Narendra Modi looked on, the mood in mission control in the southern city of Bangalore soon deteriorated when it became clear that everything was not going according to plan.
After several tense minutes as the expected landing time came and went, Indian Space Research Organization (ISRO) chairman Kailasavadivoo Sivan announced that communication with the lander had been lost.
“The ‘Vikram’ lander descent was (going) as planned and normal performance was observed,” until the craft had descended to 2.1 kilometers (1.3 miles) above the South Pole region, Sivan said.
“Subsequently the communication from the lander to the ground station was lost. The data is being analyzed,” he said, surrounded by grim-faced engineers and technicians in the control room.
Modi told them after Sivan’s announcement that “what you have done (already) is not a small achievement.” The prime minister was due to address the nation at 0230 GMT.

Chandrayaan-2 — or Moon Chariot 2 — took off on July 22 carrying an orbiter, lander and rover almost entirely designed and made in India, a week after an initial launch was halted just before blast-off.
ISRO had acknowledged before the soft landing that it was a complex maneuver, which Sivan called “15 minutes of terror.”
The lander — named after Vikram A. Sarabhai, the father of India’s space program — aimed to be the first to reach the lunar South Pole region.
It was carrying rover Pragyan, wisdom in the Sanskrit language, which was due to emerge several hours after touchdown.
The rover was expected to explore craters for clues on the origin and evolution of the Moon, and also for evidence on how much water the polar region contains.
The 2.4-ton (5,300-pound) orbiter remains in operation and will circle the Moon for about a year, taking images of the surface, looking for signs of water, and studying the atmosphere.
According to Mathieu Weiss, a representative in India for France’s space agency CNES, analizing the South Pole is vital to determining whether humans could one day spend extended periods on the Moon.
Scientists believe that large amounts of water are in the area, making human settlement there more viable.
If people can survive on the Moon, then this means it could be used as a pitstop on the way to Mars, the next objective of governments and private interests such as Elon Musk’s Space X.

Asia’s third-largest economy also hopes to secure lucrative commercial satellite and orbiting deals in the competitive market.
The Chandrayaan-2 space mission — India’s most ambitious so far — stood out because of its low cost of about $140 million. The United States spent the equivalent of more than $100 billion on its Apollo missions.
India is preparing Gaganyaan, its first manned space mission, with the air force announcing Friday that the first level of selection of potential astronauts was complete.
The South Asian nation also hopes to land a probe on Mars. In 2014, it became only the fourth nation to put a satellite into orbit around the Red Planet.
China in January became the first nation to land a rover on the far side of the Moon. And in April, Israel’s attempt failed at the last minute when its craft suffered an engine failure and apparently crashed onto the lunar surface.
During a live videocast of that mission, control staff could be heard saying that engines meant to slow the craft’s descent and allow a soft landing had failed and contact with it had been lost.
 


NATO wants ‘automated’ defenses along borders with Russia: German general

Updated 24 January 2026
Follow

NATO wants ‘automated’ defenses along borders with Russia: German general

  • That zone would act as a defensive buffer before any enemy forces advanced into “a sort of hot zone,” said Lowin
  • The AI-guided system would reinforce existing NATO weapons and deployed forces, the general said

FRANKFURT: NATO is moving to boost its defenses along European borders with Russia by creating an AI-assisted “automated zone” not reliant on human ground forces, a German general said in comments published Saturday.
That zone would act as a defensive buffer before any enemy forces advanced into “a sort of hot zone” where traditional combat could happen, said General Thomas Lowin, NATO’s deputy chief of staff for operations.
He was speaking to the German Sunday newspaper Welt am Sonntag.
The automated area would have sensors to detect enemy forces and activate defenses such as drones, semi-autonomous combat vehicles, land-based robots, as well as automatic air defenses and anti-missile systems, Lowin said.
He added, however, that any decision to use lethal weapons would “always be under human responsibility.”
The sensors — located “on the ground, in space, in cyberspace and in the air” — would cover an area of several thousand kilometers (miles) and detect enemy movements or deployment of weapons, and inform “all NATO countries in real time,” he said.
The AI-guided system would reinforce existing NATO weapons and deployed forces, the general said.
The German newspaper reported that there were test programs in Poland and Romania trying out the proposed capabilities, and all of NATO should be working to make the system operational by the end of 2027.
NATO’s European members are stepping up preparedness out of concern that Russia — whose economy is on a war footing because of its conflict in Ukraine — could seek to further expand, into EU territory.
Poland is about to sign a contract for “the biggest anti-drone system in Europe,” its defense minister, Wladyslaw Kosiniak-Kamysz, told the Gazeta Wyborcza daily.
Kosiniak-Kamysz did not say how much the deal, involving “different types of weaponry,” would cost, nor which consortium would ink the contract at the end of January.
He said it was being made to respond to “an urgent operational demand.”