Chandrayan 3 Captured First picture Of Moon

First Time Sees Chandrayan 3 the Moon pictures

As we all Know that Chandrayan Misson has always been a Proud and Historical Moments for Our India. 

Chandrayan 3 is the third and most recent Lunar Indian Space mission Under the Programme Chandrayan Space Mission.

What's Inside Chandrayan 3

Well , Chandrayan 3 has the two main: first is Lander named as "Vikram" and Second is Rover named as "Pragyan". But This times it does not carried orbitter because orbiter has already there working fine when the chandrayan 2 mission was launched.

Specification of Chandrayan 3

Launch mass: 3900 kg
Operator: ISRO
Payload mass: Propulson Module: 2148.00 kg; Lander Module (Vikram): 1752 kg including Rover (Pragyan) of 26 kg; Total: 3900.00 kg
Power: Propulsion Module: 758 W Lander Module: 738W, WS with Bias Rover: 50W
Rocket: LVM3 M4
SATCAT no.: 57320

When Chandrayan 3 was Launched ?

The Chandrayan 3 was Launched on 14th July 2023 

On August 5th 2023, The Chandrayan 3 takes first picture of Moon. The picture tells alot. The next Move Reduction of Orbit - due to be done on August 8 2023.

What will be the Use of Lander and Rover ?

Well,  Lander is made for the landing to the moon surface by using its propulsion system and AI database. It has the capacity to select the flat and good surface which it can choose by self using AI and land it softly to the moon surface. This is the Crucial moment for the whole mission .  If any of the mistakes or any parts of lander didnt work then it may have the really serious situation.  But After Learning from the Chandrayan 2 Successfull failure, the isro team has made sure that this time there will be no any single mistakes. All the parts and functions are fully tested and made more powerfull and strong by comparing to chandrayan 2. 

Now Rover,  The Rover's main functionality will be after the landing . The Rover Named as Pragyan will now comes out from the lander and and do All the scientfic experiments . It has Multi functional devices who continiously experiments and send the data to the orbitter and then, orbitter sends that data to isro center. 

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