HUGE UPDATE: China's Reusable Spacecraft To Launch in 2027

foreign towards the cosmos China space program has unveiled plans to launch its revolutionary reusable spacecraft as early as 2027 propelling the nation into the Forefront of space exploration boasting a capacity to carry more astronauts than any other space agency this Cutting Edge Marvel promises to play a pivotal role in China's ambitious moon landing Mission and the further construction of its Celestial space station with groundbreaking advancements and heat resistance and an unprecedented focus on reusability the spacecraft Heralds a new era of sustainable cost-effective space exploration positioning China as a formidable contender in the race to space experimental Chinese spacecraft has returned to Earth after 276 days in orbit completing a landmark mission to test the country's reusable space Technologies today's episode will cover China's plans to launch its reusable aircraft earlier than anticipated this is race to space and if you like watching content like this consider subscribing a space program has unveiled ambitious plans to launch its first ever reusable spacecraft by 2027. China is using also commercial sector as well which is the Long March 8 is also adopting this technology of reusable launch vehicle representing a major Leap Forward in the country's space exploration capabilities the announcement was made by Yang Lee Wei who is the Deputy Chief engineering designer of China's manned space program and the country's first astronaut to venture into space gollywood [Music] the forthcoming spacecraft is set to revolutionize China's space Endeavors as it will have the capacity to transport up to Seven astronauts making it a crucial asset for the construction of China's future space station and its audacious moon landing Mission the China manned space engineering office has disclosed that the new spacecraft will be designed to be reusable for both near-earth orbit missions and deep space Explorations this significant advancement in space technology follows the successful completion of a 67-hour test flight in 2020 by a full-scale prototype carried by a Long March 5 rocket one of the most remarkable aspects of this upcoming spacecraft is its innovative heat resistant capabilities during re-entry incorporating new materials and structures it will be able to withstand temperatures as high as 3 000 degrees Fahrenheit which is three to four times greater than the heat resistance of China's previous spacecraft such as the shenzhou series Additionally the spacecraft's he heat resistant structure has undergone a substantial weight reduction of more than 30 percent and equally groundbreaking feature of this spacecraft is its reusability the return capsule will be meticulously examined after each Mission and its protective coating will be replaced making it ready for the next Journey this reusability aspect holds tremendous potential for cost savings as key components of the spacecraft can be reused up to 10 times significantly reducing the expenses associated with future launches jojian ping the chief designer of China's manned space program has emphasized that the spacecraft's design retains a blunt Bullet Head shape which is familiar from previous versions he stated the design has been streamlined from three compartments to two making it safer and more economical however the internal space has been expanded making it more spacious and providing improved accommodations for astronauts during their missions the streamlined design now reduced to two compartment instead of three not only enhances safety but also improves the spacecraft's overall cost Effectiveness in terms of capacity the new spacecraft will be able to carry Seven astronauts putting it on par with the latest American manned spacecraft such as spacex's Dragon V2 and Boeing CS2 100 star liner this surpasses NASA's Orion multi-purpose crew vehicle and PCV which has a capacity for six astronauts moreover the size of the new spacecraft is impressive measuring 8.8 meters in length and weighing 21.6 tons making it twice the size of spacex's dragon V2 which weighs approximately 9.5 tons the deployment of this new spacecraft is expected to have far-reaching implications for China's space exploration agenda it will play a pivotal role in the country's moon landing Mission as part of a broader effort to establish a continuous presence on the lunar surface and conduct crude missions there working in tandem with a separate Landing spaceship specialized lunar spacesuits manned Rovers and other Equipment China aims to achieve its moon landing goal by 2030. despite its significance the new spacecraft has not yet been assigned an official name the China manned space engineering office has announced that a competition will be launched soon to determine the name of the new generation spacecraft as well as the name of the new lunar Landing spaceship adding an element of public engagement and excitement to the Space Program foreign the primary component of natural gas has emerged as a highly efficient and environmentally friendly Rocket Fuel surpassing traditional options like refined kerosene its advantages are multifaceted and hold immense potential for shaping the future of space travel one of the most significant advantages of methane as a rocket fuel is the substantial cost savings it offers compared to other fuels it proves to be more economical for space travel making it an appealing choice for Missions aiming to maximize efficiency and reduce expenses additionally methane's unique properties allow it to require a relatively lower quantity for liftoff as a result the fuel pumps and tanks can be made smaller and lighter contributing to overall weight reduction in spacecraft design methane's autonous pressurization process further simplifies rocket design by eliminating the need for complex and heavy pressurization systems this characteristic streamlines the Engineering Process making methane-powered Rockets more practical and efficient moreover producing methane as a rock of fuel is far easier compared to the complex and energy intensive process of refining kerosene making it a more sustainable and readily available choice in comparison to kerosene methane boasts a multitude of advantages while not as efficient as hydrogen methane engines can produce a higher specific impulse than kerosene offering greater Delta V for the mass of of fuel and engine methane's ease of handling and storage also surpasses hydrogen making it a safer and more viable option for long duration space missions furthermore methane Burns much cleaner than kerosene mitigating concerns related to carbon deposits that could lead to dangerous hot spots and blockages in the engine this cleaner burn significantly reduces the need for extensive overhaul before reuse contributing to cost Effectiveness and sustainability in space missions another practical advantage of methane lies in its boiling point which is close enough to that of oxygen allowing for easy insulation to prevent one from freezing the other this ease of coexistence is not possible with hydrogen which would freeze oxygen or kerosene which would be frozen by hydrogen however despite its Myriad of advantages methane does carry a drawback its lower density compared to kerosene this leads to reduced impulse density necessitating larger and heavier engines and propellant tanks for equivalent thrust or impulse notwithstanding this limitation the overall benefits of methane-fueled rockets have the potential to shape the future of space travel in extraordinary ways methane fueled Rockets open the door to ambitious Endeavors such as Landing humans on the Moon Mars and potentially even other planets some scientists propose the extraction of methane from the moon's surface specifically from the regolith which contains traces of carbon and hydrogen similarly the presence of methane on the surface of Mars or other celestial bodies could be leveraged for nc2 resource utilization or isru extracting and using methaneous fuel by mining water and carbon dioxide prominent space exploration companies such as SpaceX and blue origin have recognized the immense potential of methane-fueled rockets spacex's Starship spacecraft powered by the Raptor engine is a prime example of this boasting the ability to be reused over a thousand times spacex's ambitious Plans spearheaded by CEO Elon Musk revolve around colonizing Mars with methane-fueled reusable Rockets as a key component of these aspirations blue origin led by Amazon CEO Jeff Bezos is also actively developing its methane engine the Blue Engine 4 or be4 with such numerous benefits the transition to methane-fueled Rockets appears long overdue and successful launches Herald a promising future for human exploration of the Moon Mars and Beyond as technology continues to advance the potential for further applications on different planets and celestial bodies becomes increasingly feasible igniting a new era of space exploration and Discovery with much about how the world's first methane-fueled rocket has been successfully launched in China it's time to wrap this one up if you have any topics in mind comment below and we will cover them for you as always subscribe to never miss out this is race to space and we will see you in the next one

Channel: Race To Space

Views: 22,974

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Id: 2OjWwHq0qEs

Length: 9min 52sec (592 seconds)

Published: Mon Jul 31 2023