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ONLiNE UPSC
Recently, the Indian Army has signed a ₹293 crore contract with private defence manufacturer NIBE Limited, in collaboration with Israel, for the supply of the Suryastra rocket launcher system.
The Suryastra is India’s first indigenous universal multi-calibre rocket launcher system. Developed by Pune-based NIBE Limited in partnership with Israel’s Elbit Systems, this system marks a significant advancement in India’s defence capabilities.
Q1. What is the Suryastra Rocket System?
Answer: The Suryastra Rocket System is India’s first indigenous multi-calibre rocket launcher, developed for the Indian Army to enhance precision warfare capabilities.
Q2. Who developed the Suryastra Rocket System?
Answer: The Suryastra Rocket System was developed by Pune-based NIBE Limited in collaboration with Israel’s Elbit Systems.
Q3. What is the striking range of the Suryastra Rocket System?
Answer: The Suryastra can strike targets at distances of 150 and 300 kilometers, showcasing its long-range capabilities.
Q4. How accurate is the Suryastra Rocket System?
Answer: It achieves a high accuracy level with a circular error probable (CEP) of less than five meters during trials, ensuring precision targeting.
Q5. What technology does the Suryastra use?
Answer: The system is based on Elbit Systems’ PULS technology, featuring advanced fire control systems, GPS integration, and digital ballistic computation.
Question 1: What is the primary function of the Suryastra Rocket System?
A) Air defence
B) Surface-to-surface targeting
C) Naval operations
D) Cyber warfare
Correct Answer: B
Question 2: Which company partnered with NIBE Limited to develop the Suryastra Rocket System?
A) Boeing
B) Elbit Systems
C) Lockheed Martin
D) Thales Group
Correct Answer: B
Question 3: What is the maximum range for loitering munitions launched by the Suryastra?
A) 50 kilometers
B) 75 kilometers
C) 100 kilometers
D) 150 kilometers
Correct Answer: C
Question 4: What notable feature reduces the Suryastra's exposure to counter-battery fire?
A) Manual reload
B) Shoot-and-scoot capability
C) Fixed position deployment
D) High-altitude launch
Correct Answer: B
Question 5: What is the circular error probable (CEP) of the Suryastra during trials?
A) Less than 3 meters
B) Less than 5 meters
C) Less than 10 meters
D) Less than 15 meters
Correct Answer: B
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