USA NEWS CORP
ISRO's LVM 3 X flight is planned on December 18, 2014
14 December, 2014, India, USA NEWS CORP
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.
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ISRO's LVM 3 X flight is planned on December 18, 2014
14 December, 2014, India, USA NEWS CORP
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.
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