This Article is From Dec 25, 2018

Army Recovers Helicopter Stuck In Snow At 18,000 Feet At Siachen Glacier

The chopper, on an air maintenance sortie in the 74-km-long Siachen Glacier, developed a snag and had to be landed around a post in January this year

Army Recovers Helicopter Stuck In Snow At 18,000 Feet At Siachen Glacier

The Army has created a record of sorts while recovering the chopper at such altitude.

New Delhi:

The Indian Army has successfully recovered a helicopter which was stuck in snow at an altitude of 18,000 feet at Siachen Glacier in Jammu and Kashmir, creating a world record of sorts. The helicopter was brought to the Siachen base camp with the help of infantry troops deployed there.

According to Army sources, an ALH Dhruv chopper, on an air maintenance sortie in the 74-km-long Siachen Glacier, developed a snag and had to be landed around a post called Khanda in January this year.

The pilots and the chopper managed to land safely on soft snow but could not reach the helipad there, the sources said.

Though the chopper landed safely, the overnight snow resulted in its falling sideways. Several attempts were made to recover it, but there was no success till July, they said.

The attempts were successful in July when technicians and pilots of the Army ALH squadron 203 in Leh managed to put new parts on the chopper and bring it back safely to the Siachen Glacier base camp.

"I know the pilots and technicians who were involved in this operation. I have headed this Army Aviation Corps for a couple of years, all I can say is that nothing is impossible for these men from Indian Army," former Army Aviation chief Lt Gen PK Bharali (retd) told ANI on Tuesday.

The chopper was stuck at 18,000 feet and recovering it from there is a world record of sorts because India is one of the very few countries in the world who operate choppers at such high altitudes.

The Indian Army's French-origin Cheetah and Chetak choppers fly at around 23,000 feet. The French military also doesn't use them for such extreme operations where the margin of error is very thin.

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