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India has taken a significant step in rocket technology by successfully testing an inflatable aerodynamic decelerator (IAD). The Indian Space Research Organisation (ISRO) conducted this test to explore new methods for safely landing spacecraft on other planets. The IAD is a type of device that can reduce the speed of a spacecraft as it enters a planet’s atmosphere, by using an inflatable structure to create air resistance.

This recent test aims to support future missions, especially to Mars and Venus, where thin atmospheres make landing more challenging. Traditional methods may not be sufficient, and IADs offer a promising alternative due to their flexibility and compact design. Once deployed, they expand rapidly to slow down the spacecraft, making descent more controlled and safe.

This is not the first time ISRO has worked on such a technology. They had earlier demonstrated a similar system through lower-altitude tests. However, this latest test was performed at higher altitudes, simulating real planetary conditions more closely. Scientists say this successful demonstration is critical for complex planetary missions in the future.

With this achievement, India moves closer to achieving its ambitious space exploration goals. ISRO plans to test more such technologies in the coming years, aiming to improve the efficiency and safety of space travel. Innovations like the IAD show the country’s growing capabilities in advanced space technologies.

ISRO, inflatable aerodynamic decelerator, space exploration, spacecraft landing, planetary missions