GSLV MK 3 towards the launch pad !!

[ptltejas]

Nice going and excellent job by Russia who open its door for other countries and provide cryogenic engines .

On Each and Every New Nice Indian Technology Demonstration, or some defense, people jump to give some Troll Conclusions, and Indian Members care to reply it; which is never needed. When The Troll is someone nature, I didnt find Replying Trolls at all needed.

Urge to all INDIAN MEMBERS; For God Sake, On the Day GSLV Mk-3 Fly successfully and Crew Cabin Back, Dont Ruin threads by repling the Trolls, Enjoy your Party, let them Troll, and Enjoy the New burning, Which arise once by our success, and second not considering the Trollers. That will Upset Lots to them.

please open one and only Thread and do not open each and every moments new threads, Its not require at all, one is enough till the Crew Cabin successfully back to the Home.

 

[$@rJen]

Nice going and excellent job by Russia who open its door for other countries and provide cryogenic engines .

Try harder.... this one is ours which was tested fired earlier..... and plz give me best to SUPARCO.. they muct be having a hard time

 

[Indo-guy]

Aren't you guys going to ask for cryogenic engine from Russia, with ToT? @Hyperion

Cryogenic engine lekar karenge kya ?

" Crying" karan padega ...

Cryogenic engine lagane ke liye niche ka rocket kahan par hain ...

 

[trident2010]

Nice going and excellent job by Russia who open its door for other countries and provide cryogenic engines .

Which stage of burning it is?? Solid state or now it is turned into liquid ... lol

 

[SOHEIL]

Bravo ...

 

[trident2010]

ISRO's LVM 3 X flight is planned on December 18, 2014.

Experimental flight of LVM-3 will carry active Solid boosters (S200s), Liquid core stage (L110) and a passive Cryogenic stage (C25).

The primary objective of this experimental flight is to validate the complex atmospheric ascent regime of this all new launcher, especially the aerodynamic and control features that cannot be conclusively tested on ground.

In this sub-orbital flight, the launcher would climb to an altitude of about 125 km. Taking advantage of this opportunity, a CARE (Crew-module Atmospheric Re-entry Experiment) Module is planned to be injected at this altitude. This module has been realized to validate a number of technologies developed under ISRO’s “Critical Technologies for Human Spaceflight Programme”. This Module is planned to be recovered from the Bay of Bengal after the splash down.

 

[trident2010]