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ONLiNE UPSC
The first privately built Polar Satellite Launch Vehicle (PSLV), known as PSLV-N1, is anticipated to launch in 2026. This mission is set to carry the Earth Observation Satellite EOS-10 into orbit, marking a pivotal moment in India's space exploration efforts.
The PSLV is India’s third-generation launch vehicle and notably the first Indian rocket to utilize liquid propulsion stages. This vehicle has built an impressive reputation for reliability and versatility in various missions. Over the years, the PSLV has successfully executed several landmark missions, including the historic Chandrayaan-1 in 2008 and the Mars Orbiter Mission in 2013.
Additionally, the PSLV has effectively deployed satellites into both geosynchronous and geostationary orbits, playing a crucial role in the Indian Regional Navigation Satellite System (IRNSS) constellation.
PSLV-N1 is being developed by the HAL–L&T consortium as part of ISRO’s initiative to promote the commercialization of launch vehicle production. This marks the inaugural instance where India’s reliable launch vehicle is being manufactured outside of ISRO itself. In 2022, ISRO opened its doors to private industry participation for the commercial manufacturing of the PSLV, which has significantly reshaped the landscape of India’s space sector.
The launch, initially scheduled for early 2025, faced delays due to the readiness of the onboard satellite. On its first flight, PSLV-N1 will carry the Earth Observation Satellite EOS-10, representing a significant advancement in the collaboration between public and private sectors in India's space endeavors.
The PSLV-N1 mission is not just another launch; it signifies a transformative phase in India's space sector reforms and the growing role of private industry. By involving private firms in the manufacturing process, ISRO aims to enhance efficiency and innovation in satellite launches, thereby fostering a competitive space market.
As we look forward to the PSLV-N1's launch in 2026, it is clear that this mission will play a critical role in shaping India’s future in space exploration and satellite technology.
Q1. What is PSLV-N1?
Answer: PSLV-N1 is the first privately built Polar Satellite Launch Vehicle from India, designed to carry the Earth Observation Satellite EOS-10 into orbit in 2026.
Q2. Who is manufacturing PSLV-N1?
Answer: PSLV-N1 is being manufactured by the HAL–L&T consortium as part of ISRO's initiative to involve private industry in launch vehicle production.
Q3. What are some previous missions by PSLV?
Answer: PSLV has launched notable missions such as Chandrayaan-1 in 2008 and the Mars Orbiter Mission in 2013, showcasing its reliability and versatility.
Q4. Why was the PSLV-N1 launch delayed?
Answer: The launch originally planned for early 2025 was postponed due to delays in the readiness of the onboard Earth Observation Satellite EOS-10.
Q5. What is the significance of private industry in PSLV production?
Answer: Involving private industry in PSLV production is aimed at enhancing efficiency and innovation, marking a significant shift in India's space sector dynamics.
Question 1: What satellite will PSLV-N1 launch in 2026?
A) EOS-10
B) Chandrayaan-2
C) Mangalyaan
D) IRNSS
Correct Answer: A
Question 2: Which consortium is responsible for manufacturing PSLV-N1?
A) Tata-Boeing
B) HAL-L&T
C) ISRO-DRDO
D) Bhabha Atomic Research Centre
Correct Answer: B
Question 3: When was the PSLV first introduced?
A) 1994
B) 2000
C) 2008
D) 2010
Correct Answer: A
Question 4: What is the primary purpose of PSLV-N1?
A) Launching crewed missions
B) Earth observation
C) Lunar exploration
D) Mars exploration
Correct Answer: B
Question 5: Which mission showcased PSLV's ability to reach Mars?
A) Chandrayaan-1
B) Mangalyaan
C) EOS-10
D) IRNSS
Correct Answer: B
Question 6: What was the initial launch schedule for PSLV-N1?
A) Late 2023
B) Early 2025
C) Late 2025
D) 2026
Correct Answer: B
Question 7: What technology does PSLV utilize for its propulsion?
A) Solid propulsion
B) Liquid propulsion
C) Hybrid propulsion
D) Ion propulsion
Correct Answer: B
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