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Lecture-2 
Science & Technology
Page 2


Lecture-2 
Science & Technology
Space Technology
Page 3


Lecture-2 
Science & Technology
Space Technology
Previous Lecture
1.Types Of Orbits
2.Types of Propellant
3.Launch Vehicles
4.PSLV and Related Current Affairs
Page 4


Lecture-2 
Science & Technology
Space Technology
Previous Lecture
1.Types Of Orbits
2.Types of Propellant
3.Launch Vehicles
4.PSLV and Related Current Affairs
GSLV (GEOSYNCHRONOUS SATELLITE LAUNCH 
VEHICLE)
Background of GSLV:GSLV is an expandable launch 
system operated by ISRO. 
First launch in 2001. First successful flight in 2003: 
successfully placed GSAT-2 in 2003. 
Main Purpose: GSLV was primarily developed to 
launch INSAT class of satellites into 
Geosynchronous Transfer Orbits. 
GSLV is being used for launching GSAT series of 
satellites.
Three Stage Launcher (GSLV-Mk-2) (one solid 
motor stage, one earth Storable Liquid stage, and 
one cryogenic stage)
Page 5


Lecture-2 
Science & Technology
Space Technology
Previous Lecture
1.Types Of Orbits
2.Types of Propellant
3.Launch Vehicles
4.PSLV and Related Current Affairs
GSLV (GEOSYNCHRONOUS SATELLITE LAUNCH 
VEHICLE)
Background of GSLV:GSLV is an expandable launch 
system operated by ISRO. 
First launch in 2001. First successful flight in 2003: 
successfully placed GSAT-2 in 2003. 
Main Purpose: GSLV was primarily developed to 
launch INSAT class of satellites into 
Geosynchronous Transfer Orbits. 
GSLV is being used for launching GSAT series of 
satellites.
Three Stage Launcher (GSLV-Mk-2) (one solid 
motor stage, one earth Storable Liquid stage, and 
one cryogenic stage)
Comparing Solid Fuels with Liquid Fuels 
A solid rocket fuel has its fuel and oxidant mixed together 
as fine powders and then pressed into solid cake. 
Key characteristics
Higher Thrust -> Higher force to launch the vehicle.
Less volume 
One time burn -> all fuel burns at the same time, i.e. once 
it has been lit it will carry on burning until it is used up. 
Produces a lot of smoke -> large particles when fired 
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FAQs on PPT: Space Technology- 2 - Crash Course for UPSC Aspirants

1. What is space technology?
Ans. Space technology refers to the application of science and engineering principles to explore and utilize space. It includes the development of spacecraft, satellites, and other equipment used for space exploration, communication, and scientific research.
2. How is space technology used in everyday life?
Ans. Space technology has numerous applications in everyday life. It enables satellite communication, which is used for television broadcasting, weather forecasting, GPS navigation, and internet connectivity. It also facilitates remote sensing, which helps in monitoring weather patterns, crop health, and natural disasters. Additionally, space technology plays a crucial role in scientific research, space exploration, and national security.
3. What are the benefits of space technology?
Ans. Space technology brings several benefits to humanity. It allows us to gain a better understanding of our planet, climate change, and the universe. It enables global communication and navigation systems, ensuring seamless connectivity and accurate positioning. Space technology also contributes to economic growth through satellite-based services, such as telecommunication, weather forecasting, and disaster management. Moreover, it drives technological advancements and inspires future generations to pursue careers in science, technology, engineering, and mathematics (STEM) fields.
4. How does space technology contribute to scientific research?
Ans. Space technology plays a crucial role in scientific research by providing scientists with tools and platforms to explore the universe. Satellites and space probes are used to study various phenomena, including celestial bodies, climate patterns, atmospheric composition, and geological features. They collect valuable data, which helps in advancing our understanding of the universe, climate change, natural disasters, and other scientific disciplines. Additionally, space technology enables experiments in microgravity environments, facilitating research in biology, physics, and materials science.
5. What are the challenges in space technology development?
Ans. The development of space technology faces several challenges. One of the primary challenges is the high cost associated with research, development, and launching of spacecraft and satellites. Another challenge is the need for advanced propulsion systems to enable deep space exploration. Space debris management is also a significant concern, as the accumulation of defunct satellites and debris poses risks to operational spacecraft. Furthermore, ensuring the safety and reliability of space technology systems is a constant challenge, considering the harsh space environment and the need for long-term sustainability.
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