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LIVE:- Chandrayaan-3 launch and Updates

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Where to watch Chandrayaan-3 launch LIVE

Witness the Spectacular Chandrayaan-3 Launch Live: Streaming Available on ISRO’s Official Facebook and Youtube channel and also available on Yashasvi Duniya Youtube Channel

To Visit ISRO’s Youtube LIVE Chandrayaan-3 launch Click Here

To Visit ISRO’s Facebook LIVE Chandrayaan-3 launch Click Here

To Visit Yashasvi Duniya Youtube LIVE Chandrayaan-3 launch Click Here

ISRO Chairman Seeks Blessings for Chandrayaan-3 Mission at Sri Chengalamma Parameswarini Temple

The Chairman of the Indian Space Research Organisation (ISRO), S Somanath, paid a visit to the Sri Chengalamma Parameswarini temple at Sullurpeta, close to Tirupati, in preparation for the planned Chandrayaan-3 mission. Somanath asked Chengalamma Devi’s blessings for the mission’s accomplishment while wearing a black T-shirt. The temple can be found in the Tirupati district, which is 22 kilometers (km) west of Sriharikota, the location of the spaceport.

Countdown in Progress: Launch Rehearsal Sets the Stage for Chandrayaan-3

Chandrayaan-3 launch Where to watch Chandrayaan-3 launch LIVE and Updates

The launch is planned to take place on Friday at 14:35:17 Hrs. IST, and sources indicate that the countdown to the launch is already in progress. A thorough “Launch Rehearsal” that simulated the complete launch preparation and process was undertaken ahead of the launch and lasted about 24 hours.

Anticipation Builds as India Aims to Land a Spacecraft on the Moon with Chandrayaan-3

If all goes as planned, India will become the fourth nation to successfully land a spacecraft on the moon thanks to the Chandrayaan-3 project. According to Union Minister Dr. Jitendra Singh, there is a great lot of expectation for this lunar exploration trip throughout India. Information on how to view the launch of Chandrayaan-3 has also been made available by ISRO.

Chandrayaan-3 Set to Soft Land on the Moon: ISRO Chairman Reveals Dates

The Chandrayaan-3 mission’s goals go beyond showing off a secure landing and wandering abilities on the lunar surface. The mission’s objectives include performing in-situ scientific experiments, developing and demonstrating new technologies needed for interplanetary missions, and using the rover to investigate the lunar surface’s chemical make-up.

The Chandrayaan-3 lander’s architecture enables a soft touchdown on a particular area of the moon and the subsequent deployment of the rover. The lander module will be propelled by the propulsion module into a final circular orbit of 100 kilometers. The lander module and the propulsion module will split apart once they reach this orbit.
According to NASA’s website, the propulsion module will remain in lunar orbit after separation and function as a communications satellite. The lander, rover, and propulsion module are only a few of the modules that each have their unique research payloads.

Beyond Landing: Objectives of Chandrayaan-3’s Lunar Exploration Mission

A sizable solar panel will be positioned on one side of the propulsion module’s box-like construction, which will also have a big cylinder on top known as the Intermodule Adapter Cone that will serve as a mounting platform for the lander. The propulsion module’s bottom houses the main thruster nozzle.
The lander itself is shaped like a box and contains four landing legs, four landing thrusters, a number of sensors to ensure a secure touchdown, and a number of cameras to help it navigate and avoid obstacles. Additionally, it has an X-band antenna for communication.

A sizable solar panel will be positioned on one side of the propulsion module’s box-like construction, which will also have a big cylinder on top known as the Intermodule Adapter Cone that will serve as a mounting platform for the lander. The propulsion module’s bottom houses the main thruster nozzle.
The lander itself is shaped like a box and contains four landing legs, four landing thrusters, a number of sensors to ensure a secure touchdown, and a number of cameras to help it navigate and avoid obstacles. Additionally, it has an X-band antenna for communication.

Six wheels and a navigation camera will be featured on the rectangular rover.

You can read the article titled “Chandrayaan-3: What Went Wrong With Chandrayaan-2, And How Its Follow-On Mission Is Different” for more details on the previous Chandrayaan-2 mission and how the Chandrayaan-3 mission differs.

In general, India’s Chandrayaan-3 project is an intriguing undertaking that aims to set important benchmarks in lunar exploration, scientific study, and the advancement of extraterrestrial technologies.

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