India's Chandrayaan takes off with pride

 Sriharikota: India's Chandrayaan 3 takes off with pride. The launch of the expedition mission Chandrayaan 3 was successful. As informed earlier, the LVM3-M4 rocket carrying Chandrayaan 3 lifted off from the second launch pad at Sriharikota at 2.35 am. ISRO's most powerful rocket is the LVM3-M4 rocket with a height of 43.5 meters and an area of 4 meters.

An LVM3-M4 rocket carrying Chandrayaan 3 lifts off from the Satish Dhawan Space Center in Sriharikota.

Now is a long and hopeful wait. Waiting to see Chandrayaan 3 land safely near the Moon's South Pole after a month. If the mission succeeds, India will become the fourth country to land a probe safely on the Moon.

The solid-fueled rocket takes off at 108.1 seconds, when the liquid engine kicks in when it reaches an altitude of about 44 km.

At 127 seconds, the solid fuel engines will disengage when the rocket reaches an altitude of 62 km.

After 194 seconds (at an altitude of 114 km) the heat shields attached to protect the propulsion module will detach.

After 305 seconds (175 km altitude) the liquid engines will separate. Soon after, the cryogenic engines will start working.

After 954 seconds, the cryogenic engine will also shut down.

Then the Propulsion Module–Lander joint separates and spins around in an elliptical orbit. This orbit has a distance difference of 170 km (perigee) and 36,500 km (apogee). After a certain period of time, Chandrayaan 3 will move to the Moon's orbit.

The propulsion module will start in an elliptical orbit around the moon and gradually reach a circular orbit at an altitude of 100 km.

The landing will take place on August 23 or 24. Before that, the lander will separate from the propulsion module. There are four thruster engines to reduce the speed of fall by doing propulsion in the opposite direction (D-Boost).

The effort is to bring the lander down slowly at a speed of 2 meters per second. This time, the lander has been given strong legs so that it does not break even if it is 3 meters. After the lander slowly descends on the lunar surface, the six-wheeled rover will descend to the lunar surface via a ramp.