ISRO Fails To Place Its Earth Observation Satellite EOS-3 Into Orbit Due To Technical Anomaly

ISRO Fails To Place Its Earth Observation Satellite EOS-3 Into Orbit Due To Technical Anomaly

Highlights:

  • Due to a “technical anomaly,” India’s GSLV failed to launch the EOS-3 into orbit on Thursday, causing a major setback.
  • The rocket’s performance in its first and second stages, according to scientists, was normal.
  • The Range Operations Director later stated that the “mission could not be properly completed due to a performance anomaly.”

The mission to launch the Indian Space Research Organisation’s (ISRO) Earth Observation Satellite EOS-03 into orbit “could not be completed fully” due to an anomaly, the space agency stated following the launch this morning.

In a statement, ISRO stated, “The performance of the first and second stages was normal. However, due to a technical glitch, Cryogenic Upper Stage ignition didn’t take place. The mission couldn’t be accomplished as intended.”

At 5.43 a.m. today, a Geosynchronous Satellite Launch Vehicle (GSLV) launched the satellite from the Satish Dhawan Space Centre in Sriharikota following a 26-hour countdown. Natural calamities such as cyclones, cloudbursts, and thunderstorms would be monitored by the satellite.

The Range Operations Director, however, revealed shortly afterwards in the Mission Control Centre that the “mission could not be completed fully due to a performance anomaly.”

The EOS-03, a cutting-edge Earth observation satellite, was designed to aid in the rapid monitoring of natural disasters such as cyclones, cloudbursts, and thunderstorms.

Also Read: PM Modi’s NaMo App Seeks Public Feedback On Govt Over Various Issues In 5 Poll-Bound States

“A 4-metre diameter Ogive-shaped payload fairing is being flown for the first time in this GSLV flight. This is the fourteenth flight of GSLV,” Indian Space Research Organisation (ISRO) had said on the launch.

The launch was originally scheduled for April or May, however it was postponed due to Covid’s second wave.

After the Chandrayaan-2 moon mission spacecraft in 2019, this was the GSLV Mk III’s second flight.

G Madhavan Nair, the former chairman of ISRO, expressed disappointment about the mission’s failure, believing that the satellite “would have fallen into the sea and been lost forever.”

He claimed this was the second time a malfunction in the cryogenic stage, which is “extremely difficult” compared to the other steps, had occurred in eight launches.

” There are countless possibilities for things that can go wrong. ISRO takes care of all those aspects and prepares the stage for the flight. So, something went wrong with the cryogenic stage, that’s the information we have right now, but we need to review the elements of data from the ground station, as well as detailed parameters, to figure out exactly what went wrong. Perhaps in the next few days, we’ll have a clearer picture ” said Dr. Nair.

The former ISRO chief also mentioned the likelihood that the prolonged wait will have an impact on the launch.

“Suddenly, we have to be concerned about the cause (of the failure), which could be the extended wait due to Covid…it has been about a year since it was launched. Perhaps we’ll have to go deeper into the details before we can be certain,” he stated.

“All safeguards have been taken,” Dr Nair said, “but there are a great number of metallic parts, moving parts, and all those things, and if any of them deteriorates in its characteristics, the likelihood of failure will be higher than in a fresh stage.”

Avatar

Swastika Dubey

Swastika Dubey is a content writer who has a keen interest in politics, fashion, and lifestyle. She is a post-graduate in Economics and loves to listen to classic old Hindi songs and travel to new places in her leisure time. Her writing is well researched, covering important aspects and core of the topic covering crucial points.

Read Previous

ATM New Rule: Banks Have To Pay Heavy Penalty If ATMs Run Out Of Cash

Read Next

75th Independence Day: Delhi Metro Services, Timings To Parking Details

Leave a Reply

Your email address will not be published. Required fields are marked *