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India’s space programme has once again proven its ingenuity and determination with the launch of its first space docking mission. The Space Docking Experiment (SpaDeX) represents more than just a technological milestone – it underscores the nation’s aspirations to become a major player in the global space race. This achievement not only cements India’s position among elite nations like the United States, Russia, and China but also opens new doors for innovation, collaboration, and economic growth in the space sector. The development and testing of in-space docking technology signals a significant advancement in India’s capabilities.

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Space docking is a complex process requiring high precision, and mastering it is critical for missions that involve assembling large structures in orbit or servicing satellites. The technology will also play a pivotal role in the future operations of space stations and potential deep-space explorations. For a country committed to creating indigenous solutions for its ambitious space goals, this is a step in the right direction. This mission underscores India’s growing ability to combine innovation with sustainability, transforming challenges into opportunities. Re-purposing space debris as a laboratory highlights a forward-thinking approach that benefits both science and the environment. The ingenuity of this mission is further demonstrated by ISRO’s decision to re-purpose the fourth stage of the launch vehicle as an orbital laboratory.

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As India continues to reach for the stars, SpaDeX is a reminder of the nation’s potential to innovate and lead.

Why is mastering space docking considered critical?

Solution

✅ Correct Option: 1

Option 1 -> Directly stated in the passage as the critical purpose of space docking technology.

Option 2 -> Not mentioned; ground control remains essential for space missions.

Option 3 -> Space docking is unrelated to preventing debris formation; the passage mentions re-purposing debris separately.

Option 4 -> Space docking involves orbital operations, not launch vehicle construction.


Hence, Option 1 -> The passage explicitly states that "mastering it is critical for missions that involve assembling large structures in orbit or servicing satellites," and also mentions its pivotal role in future space station operations and deep-space explorations -> correct

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