ISRO Moves Gaganyaan Mission to First Quarter of 2027 | Current Affairs | Vision IAS
MENU
Home

Periodically curated articles and updates on national and international developments relevant for UPSC Civil Services Examination.

Quick Links

High-quality MCQs and Mains Answer Writing to sharpen skills and reinforce learning every day.

Watch explainer and thematic concept-building videos under initiatives like Deep Dive, Master Classes, etc., on important UPSC topics.

ESC

The successful completion of Test Vehicle Abort Mission-1 (TV-D1) Mission and the first uncrewed Test Vehicle Abort Mission laid a strong foundation for the upcoming test schedule. 

  • The second Test Vehicle Mission (TV-D2) will be followed by the uncrewed orbital flights of Gaganyaan.
  • Gynoid (female robot) Vyommitra will undertake the first uncrewed mission of Gaganyaan. 

About Gaganyaan Mission

  • Objectives: Demonstrate India’s human spaceflight capability by launching crew of 3 members to an orbit of 400 km (Low Earth Orbit) for a 3 days mission and bring them back safely to earth, by landing in Indian sea waters.
  • Components of the Gaganyaan Mission
    • The Launch Vehicle Mark-3 (LVM-3): Formerly known as the GSLV Mk-III, it is a three-stage rocket with:
      • First stage: Two solid-fuel boosters strapped to the rocket core.
      • Second stage: Powered by two liquid-fuelled, clustered Vikas 2 engines.
      • Third stage: Equipped with the CE-20 indigenous cryogenic engine, using liquid hydrogen and liquid oxygen as fuel and oxidiser, respectively.
    • The Orbital Module: It weighs 8.2 tonnes and is the object launched into low Earth orbit by the LVM-3 rocket (See image). It consists of two main parts:

The Orbital Module

Crew Module:

  • Houses up to three astronauts for a week.
  • Equipped with parachutes for controlled descent upon re-entry.
  • Includes an Environmental Control and Life Support System (ECLSS) for temperature, air quality, waste, and fire management.
  • Features a crew escape system for astronaut safety in case of ascent malfunction.

Service Module:

  • Provides propulsion to raise the orbital module’s altitude post-separation.
  • Propels the module back towards Earth.
Watch Video News Today

Explore Related Content

Discover more articles, videos, and terms related to this topic

Title is required. Maximum 500 characters.

Search Notes

Filter Notes

Loading your notes...
Searching your notes...
Loading more notes...
You've reached the end of your notes

No notes yet

Create your first note to get started.

No notes found

Try adjusting your search criteria or clear the search.

Saving...
Saved

Please select a subject.

Referenced Articles

linked

No references added yet