India's Moon Exploration Program

[Indx TechStyle]

What's the probability that we'll have a 3rd and 4th mission ? Is there any official input on that ?

Not an official document but we have a statement from an ISRO Official.

As per the statement, ISRO wanted to use nuclear propulsion on Cdy-2 in order to increase it's life but cancelled to avoid further delay. Instead he said, "We may use nuclear propulsion on upcoming Cdy-3&4 which we plan to conduct in near future".
Out of them, there may be sample return missions.
Go on first page at first post where I started the thread. I have mentioned it.

 

[Indx TechStyle]

ISRO begins simulation tests for Chandrayaan-II

File photo of Chandrayaan-1 mission.

BENGALURU: The Indian Space Research Organisation (ISRO) has began conducting simulation tests for its second moon mission, Chandrayaan-II at its facility in Challakere, about 200km from Bengaluru.

Sources in the ISRO said: "Some landing tests have kicked off as of now, and the project is moving ahead." ISRO chairman AS Kiran Kumar has made a statement in Ahmedabad that these tests are 'hazard avoidance and landing exercises.'

The second moon mission is an advanced version of Chandrayaan-I and will consist an orbiter, lander and a rover. The mission is aimed at placing an Orbiter around the moon and sending a Lander and Rover to the surface of the moon. It will be launched using the GSLV-MKII which ISRO is testing.

While the initial launch of Chandrayaan-II was scheduled much earlier, the failure on part of the Russian space agency (Roscosmos) to supply the lander, has delayed the project. The project, first conceived as a joint mission with Russia has become India's independent programme.

The tests are simulations of moon landings so as to perfect the conditions on moon. "These are routine tests before any such project. The lander is expected to soft-land on the moon and deploy the rover, so the tests here will help us understand the process better before we actually launch," another officer said.

 

[Indx TechStyle]

Possibly the pic of Lander undergoing trials.

In the photo, lander clearly looks like we see in pics of Cdy-2 mission. @Akask kumar @republic_roi97

Credit: FrontLine.in
Though, I can't authenciate.

 

[republic_roi97]

Possibly the pic of Lander undergoing trials.

In the photo, lander clearly looks like we see in pics of Cdy-2 mission. @Akask kumar @republic_roi97

Credit: FrontLine.in
Though, I can't authenciate.

Yup this is supposedly an open field test between the lander and the rover of Chandrayaan-2 at the HAL airport in Bengaluru.

 

[republic_roi97]

Wow, they are really fast tracking things up. Hope that everything goes according to the plan and on schedule.

 

[Indx TechStyle]

Wow, they are really fast tracking things up. Hope that everything goes according to the plan and on schedule.

First HHK-1, then, Cdy-2.


Please enter a message with at least 30 characters.

 

[indiatester]

Possibly the pic of Lander undergoing trials.

In the photo, lander clearly looks like we see in pics of Cdy-2 mission. @Akask kumar @republic_roi97

Credit: FrontLine.in
Though, I can't authenciate.

The rover seems too elementary. Won't it have any scientific payloads? Looks more like a toy in this picture.

 

[Indx TechStyle]

The rover seems too elementary. Won't it have any scientific payloads? Looks more like a toy in this picture.

Don't go on looks mere. It's going to study Helium-3.
https://en.m.wikipedia.org/wiki/Chandrayaan-2#Payload
Over that, left space can be used for putting a telescope.

 

[Akask kumar]

Possibly the pic of Lander undergoing trials.

In the photo, lander clearly looks like we see in pics of Cdy-2 mission. @Akask kumar @republic_roi97

Credit: FrontLine.in
Though, I can't authenciate.

basically all moon lander looks the same.
i think its the CDY2 test model of lander..
Soil is red -- karnataka/bangalore..

good catch..



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

 

[Akask kumar]

The rover seems too elementary. Won't it have any scientific payloads? Looks more like a toy in this picture.

i dnt think its the actual rover.. its just a demo/model to test the LANDER..
how else they will check whether the ladder is too steep for the original rover.
whether the rover fits in perfectly inside the lander , the impact over the rover when the lander hits ground.. etc
all need to be studies before actual rover is used..

but as per the news the lander test has been done which means this pic is very old..

 

[Indx TechStyle]

basically all moon lander looks the same.
i think its the CDY2 test model of lander..
Soil is red -- karnataka/bangalore..

good catch..



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

In the photo, this room like structure is the lander from which will softly land on Moon and then, rover will drive out of it.
It's pretty different that American Rover Concept with glider like structure for Mars. It exterts force against gravity with small rocket thrusters, leaves the rover near the surface and then, thrust upwards, finally falls far away.

In the picture, we can clearly see six wheels and the solar panel as we expected on rover. From the picture, watching a small cross section of it's platform, I don't think payloads have been kept on it yet.
Nor I know what's that black box lying near the rover is doing.


Well, does someone provide structural design of lander used in China's Yutu Rover? @shiphone @amoy

 

[Akask kumar]

In the photo, this room like structure is the lander from which will softly land on Moon and then, rover will drive out of it.
It's pretty different that American Rover Concept with glider like structure for Mars. It exterts force against gravity with small rocket thrusters, leaves the rover near the surface and then, thrust upwards, finally falls far away.

In the picture, we can clearly see six wheels and the solar panel as we expected on rover. From the picture, watching a small cross section of it's platform, I don't think payloads have been kept on it yet.
Nor I know what's that black box lying near the rover is doing.


Well, does someone provide structural design of lander used in China's Yutu Rover? @shiphone @amoy

the four brown table stand type leg in the picture is temporary to hold the lander(trapezium one)..in the actual model the landin legs will not be like this table leg but will be angled little outside

the chinese lander didnt has trapezium faced lander , the face of lander is straight (not inclinced like here).

the black thing can be battery to power the wheels and elctronics if it has any at this stage..

look at team indus lander..

 

[Akask kumar]

the four brown table stand type leg in the picture is temporary to hold the lander(trapezium one)..in the actual model the landin legs will not be like this table leg but will be angled little outside

the chinese lander didnt has trapezium faced lander , the face of lander is straight (not inclinced like here).

the black thing can be battery to power the wheels and elctronics if it has any at this stage..

look at team indus lander..

but one this its missing that both team indus and chinese has in common.. the cylindrical structure that holds the engine at the bottom.. surprisingly in this picture its at the top.. i think it has been just kept there to be fixed at the bottom later. @Indx TechStyle

 

[shiphone]

In the photo, this room like structure is the lander from which will softly land on Moon and then, rover will drive out of it.
It's pretty different that American Rover Concept with glider like structure for Mars. It exterts force against gravity with small rocket thrusters, leaves the rover near the surface and then, thrust upwards, finally falls far away.


Well, does someone provide structural design of lander used in China's Yutu Rover? @shiphone @amoy

dear, have a look at these three generations of USA Mars Rovers...
the Curiosity (rover) is so 'huge' that it need that complicated Landing scheme including the marvelous Sky crane... obviously the Chandrayaan-II mission rover is a small thing (25kg) with two main payloads due to the limited GSLV Mk2 lifting capacity. you needn't that scheme and Moon has no atmosphere and much less Gravity. the current design should be the most suitable one...

The orbiter, the lander and the rover together weigh 3,280 kg; the rover weighs 25 kg and the lander 935 kg.

3280 kg is more than the GSLV Mk2's GTO capacity so the Chandrayaan-II would experience a serial of orbit raising(more than Chandrayaan-I mission) from an initial 'sub-GTO'(not a very accurate description) ejected by the launch vehicle...it will consume quite some fuel of the Chandrayaan-II Orbiter-Lander-Rover complex and take some time...

about the design, test of Rover and the Lander...

 

[Indx TechStyle]

Here's a model of Yutu Rover. Looks beautiful!

BTW, as per Japanese rover weighs 5-10 more kg than ours, both scheduled for launch on nearly same time.

India needs to.operationalize LVM3 ASAP. And if it gets this December, I won't mind if mission gets delayed for a short period to undertake a heavier mission to the Moon instead. @Akask kumar

 

[republic_roi97]

India needs to.operationalize LVM3 ASAP. And if it gets this December, I won't mind if mission gets delayed for a short period to undertake a heavier mission to the Moon instead. @Akask kumar

A little ? It would get delayed by a lot, because now, they'd have to do all the calculation again and increase the size of rover as well as lander, its gonna take more than just modification, I'd say, chandrayaan-3 should be deployed by LVM3, moreover, by that time we'll have SCE-200 online therefore, we can expect a large payload of the third mission as compared to first and second.

 

[Indx TechStyle]

A little ? It would get delayed by a lot, because now, they'd have to do all the calculation again and increase the size of rover as well as lander, its gonna take more than just modification, I'd say, chandrayaan-3 should be deployed by LVM3, moreover, by that time we'll have SCE-200 online therefore, we can expect a large payload of the third mission as compared to first and second.

A lot of equipment already tested can be mounted.
Redesigning and then, testing will take time.

 

[IndianHawk]

Here's a model of Yutu Rover. Looks beautiful!

BTW, as per Japanese rover weighs 5-10 more kg than ours, both scheduled for launch on nearly same time.

India needs to.operationalize LVM3 ASAP. And if it gets this December, I won't mind if mission gets delayed for a short period to undertake a heavier mission to the Moon instead. @Akask kumar

Rover weight can be less no problem .
Our priority is to demonstrate successful soft lending.
Than in successive missions we can send heavier payloads with much more meaningful task orientation.

And soon enough we need to decide on long term pattern of things .
What is our end goal on moon ??
A base , colonization??

Payloads should be designed for these objectives than . And international collaboration is inevitable.

 

[republic_roi97]

A lot of equipment already tested can be mounted.
Redesigning and then, testing will take time.

Yup, exactly, but I would certainly like a Mangalyaan-2 with a good lander and rover launched by a LVM3, maybe I am too optimistic :biggrin2:

 

[Akask kumar]

dear, have a look at these three generations of USA Mars Rovers...
the Curiosity (rover) is so 'huge' that it need that complicated Landing scheme including the marvelous Sky crane... obviously the Chandrayaan-II mission rover is a small thing (25kg) with two main payloads due to the limited GSLV Mk2 lifting capacity. you needn't that scheme and Moon has no atmosphere and much less Gravity. the current design should be the most suitable one...

3280 kg is more than the GSLV Mk2's GTO capacity so the Chandrayaan-II would experience a serial of orbit raising(more than Chandrayaan-I mission) from an initial 'sub-GTO'(not a very accurate description) ejected by the launch vehicle...it will consume quite some fuel of the Chandrayaan-II Orbiter-Lander-Rover complex and take some time...

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about the design, test of Rover and the Lander...

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yes u are right , the reason curiosity used sky crane method was its weight, the mars atmosphere is so thin that for heavy class lander ,parachute mode of deceleration(through out) is not sufficient , plus the size of parachute have to be way more bigger than what normally used on mars..

the use of sky crane also omits the necessity of lander . Nasa paved the new way of landing. may be agencies in future will use the same on moon too.it will save mass .

the scientific instruments that a rover carries is more important than the mass of vehicle.. for instance

YUTU and CDY2 both carries primarily two scientific instruments.(taking out cameras here)

YUTU (140 kg)- 1> Ground-penetrating radar 2> Alpha Particle Induced X-ray Spectroscope
CDY2 rover (25 kg)- 1>Laser induced Breakdown Spectroscope 2> Alpha Particle Induced X-ray Spectroscope

you can see the difference. the difference in weight is 115 kg .. i dont think the weight is used up by radar . the wight was used in bigger and more solar panels,battery ,communication etc

So CDY2 is also a good rover designed for shorter life compared with YUTU(whose life crossed expectations)..

plus CDY2 can do composition,chemical study of Lunar surface better than YUTU ( which is targeted little towards underground mapping ) as it has two scientific instruments for just surface analysis..

@Indx TechStyle