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**Indian Astronaut Group Captain Shubhanshu Shukla Returns Safely to Earth Via SpaceX Splashdown**

**California -** Indian astronaut Group Captain Shubhanshu Shukla recently returned safely to Earth, splashing down in the ocean near California aboard a SpaceX Dragon capsule. This event has reignited the ongoing discussion about the preferred method for spacecraft returns: splashdown versus land-based landings, as seen with Boeing’s Starliner landing in New Mexico earlier in 2024.

While splashdowns are often perceived as safer, the reality is more nuanced. The United States tends to favor water landings, while Russia and China typically opt for land-based returns. The choice hinges on spacecraft design, capabilities, and the ease of the recovery process.

One key advantage of water landings, as demonstrated by the Dragon’s splashdown, is the controlled disposal of debris from the spacecraft’s trunk. This helps to ensure the debris is safely sunk into the ocean before re-entry. This significantly reduces the risk of debris falling on populated areas or causing property damage. In fact, concern arose in April after pieces of a SpaceX Crew Dragon capsule were found in remote locations like Australia and Canada.

However, land landings, like that of Boeing’s Starliner, offer precision and can be relatively safe. Land landings require large controlled areas to mitigate the effects of any uncontrolled debris.

Group Captain Shukla’s mission chose a water landing for its increased safety, comfort, and operational benefits.

Land landings also present their own set of challenges. While parachutes slow the capsule’s descent, the impact upon landing can be jarring, particularly for crew members who have been in a microgravity environment.

Russia and China often opt for land landings in remote areas like the steppes of Kazakhstan (used by the Soyuz) and Inner Mongolia (used by Shenzhou). This approach eliminates the complexities and costs associated with marine recovery.

As India’s first astronaut, Rakesh Sharma recalled his experience returning via land in 1984, noting the rough landing in Kazakhstan. He rode the Soyuz T-10 capsule following his mission to the Salyut 7 station.

Ultimately, the decision to land on water or land is a complex one, balancing safety, logistical considerations, and spacecraft design.

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