Скачать с ютуб Musk's SpaceX Genius NEW Solution for Starship's Weak Problem During Launch в хорошем качестве

Musk's SpaceX Genius NEW Solution for Starship's Weak Problem During Launch

Musk's SpaceX Genius NEW Solution for Starship's Weak Problem During Launch === 0:00-1:35:Intro 1:36-3:29:Solution for the heat shield 3:30-6:24:Solution for Flap system 6:25-10:22:Solution for Raptor engines === Sources of image & video: LabPadre Space:   / labpadre      / labpadre   TijnM :   / m_tijn      / @tijn_m   iamVisual:   / visual_iam      / @iamvisualvfx   Starship Gazer:   / starshipgazer      / starshipgazer   Coop:   / cooper_hime   Evan Karen:    / @evankaren   Ryan Hansen Space:   / ryanhansenspace      / ryanhansenspace   Starbase Surfer :   / cnunezimages   Everyday Astronaut:   / erdayastronaut      / everydayastronaut   Christian Debney:   / christiandebney      / @christiandebney1989   C-bass Productions:    / cbassproductions   TheSpaceEngineer:   / mcrs987      / @thespaceengineer   THELONELYCAT: https://www.youtube.com/@thelonelycat... ACTUSPACEX:    / @actuspacex6995   Clarence365:   / clarence3652      / @clarence3654   Tamás Török ( Tamas Torok ):    / @tomket7   Stanley Creative:    / @stanleycreative   === Musk's SpaceX Genius NEW Solution for Starship's Weak Problem During Launch During the development of a powerful spacecraft, it is inevitable to encounter some errors, whether few or many. We cannot assert with 100% certainty that a rocket will be perfect from its first launch. Starship is a prime example; despite its size and status as the most powerful rocket in the world, it has experienced issues during both testing and launch phases. This is not by chance. All of Starship's tests, even the ones that ended in explosions, achieved their intended objectives. SpaceX has adopted a different approach to rocket development known as “rapid iteration.” This involves building prototypes, testing them until they fail, addressing any issues that arise, and then building a new prototype to repeat the process. This development process for Starship has proven to be extremely effective. So effective, in fact, that although Blue Origin has been around longer than SpaceX, it has yet to achieve a single orbital launch. Meanwhile, SpaceX has repeatedly done so with the Falcon 9, and even with Starship, having completed four launches, with the third and fourth launches reaching orbit and even landing in a designated area in the sea. The progress is evident, but it is still not complete. SpaceX must continue testing to fully realize the potential that Starship is being celebrated for. After the fourth Starship test flight, SpaceX and Elon Musk identified additional issues that need solutions to ensure the flights can meet their ambitious goals in the near future. (Musk's SpaceX Genius NEW Solution for Starship's Weak Problem During Launch First and foremost is the issue with the heat shield tiles. These are protective tiles that shield the spacecraft from the extreme temperatures during reentry to Earth, playing a crucial role in Starship's reusability and human-carrying capability. However, in the reentry video of the spacecraft, it was seen that many heat shield tiles failed to perform their task, with several falling off and breaking apart. Musk's SpaceX Genius NEW Solution for Starship's Weak Problem During Launch After all, SpaceX and Elon Musk have come up with a solution for this. The development of Starship's heat shield demonstrates SpaceX's commitment to continuous improvement. Initially, this system included about 18,000 heat shield tiles made from aluminum and silica fibers, with various shapes, especially around the nose cone. These tiles were attached to the spacecraft's body using pins, with a layer of white insulating material underneath to disperse heat before it reached the metal part of the spacecraft. === #alphatech #techalpha #spacex #elonmusk #starship === Subcribe Alpha Tech:    / @alphatech4966   ===