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ElaKiri Talk!
කොහොමද SpaceX වැඩ!! 🚀
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<blockquote data-quote="Wadakaru" data-source="post: 30479772" data-attributes="member: 586134"><p>In theory, using a parachute to slow down SpaceX's Super Heavy booster would be challenging for a few reasons. The Super Heavy booster is very large and fast, with speeds that would require enormous parachutes to slow it down effectively. Even with large parachutes, the forces involved in decelerating such a massive object could be extreme, potentially damaging the booster or causing structural failure.</p><p></p><p>Instead, SpaceX uses controlled burns of the booster’s engines during descent to slow it down and guide it back to a landing pad or platform, a process known as "boostback" and "propulsive landing." This method is much more precise and effective for large rockets like the Super Heavy.</p><p></p><p>Parachutes, on the other hand, are generally more useful for smaller objects or payloads, where the forces involved in deceleration are more manageable. The Super Heavy's size and speed make it more suitable for a controlled engine-powered descent.</p></blockquote><p></p>
[QUOTE="Wadakaru, post: 30479772, member: 586134"] In theory, using a parachute to slow down SpaceX's Super Heavy booster would be challenging for a few reasons. The Super Heavy booster is very large and fast, with speeds that would require enormous parachutes to slow it down effectively. Even with large parachutes, the forces involved in decelerating such a massive object could be extreme, potentially damaging the booster or causing structural failure. Instead, SpaceX uses controlled burns of the booster’s engines during descent to slow it down and guide it back to a landing pad or platform, a process known as "boostback" and "propulsive landing." This method is much more precise and effective for large rockets like the Super Heavy. Parachutes, on the other hand, are generally more useful for smaller objects or payloads, where the forces involved in deceleration are more manageable. The Super Heavy's size and speed make it more suitable for a controlled engine-powered descent. [/QUOTE]
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