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China is researching ultra-high-speed ground transport using maglev technology in low-vacuum tube test facilities These experimental projects and concepts are designed to study the feasibility of speeds up to around 1,000 km/h

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30,402 görüntüleme • 5 ay önce •via X (Twitter)

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China is developing an experimental vacuum maglev train designed to reach speeds of 1,000 km/h
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China is developing an experimental vacuum maglev train designed to reach speeds of 1,000 km/h

Science girl

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🚄🇨🇳 China is building a 1,000+ km/h super high-speed rail! A next-gen maglev in a low-vacuum tube will slash the 200km trip between Shanghai and Hangzhou to just 9 minutes. The future of transport is being built and it’s happening in China.
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🚄🇨🇳 China is building a 1,000+ km/h super high-speed rail! A next-gen maglev in a low-vacuum tube will slash the 200km trip between Shanghai and Hangzhou to just 9 minutes. The future of transport is being built and it’s happening in China.

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In China, they are testing a vacuum high-speed train that can reach speeds of over 1,000 km/h. This ultra-fast magnetic levitation system in a vacuum tube could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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In China, they are testing a vacuum high-speed train that can reach speeds of over 1,000 km/h. This ultra-fast magnetic levitation system in a vacuum tube could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

Sprinter Press Agency

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China is developing a high-speed train system using magnetic levitation technology in a low-pressure tube. A speed exceeding 1,000 km/h would reduce the trip from Shanghai to Hangzhou to just 9 minutes 🔥
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China is developing a high-speed train system using magnetic levitation technology in a low-pressure tube. A speed exceeding 1,000 km/h would reduce the trip from Shanghai to Hangzhou to just 9 minutes 🔥

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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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China is testing a vacuum high-speed train that can travel over 1,000 km/h. This ultra-fast vacuum tube magnetic levitation system could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

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China is building a high-speed train that can travel over 1,000 km/h! This ultra-fast vacuum tube magnetic levitation system will reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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China is building a high-speed train that can travel over 1,000 km/h! This ultra-fast vacuum tube magnetic levitation system will reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

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🇨🇳 China is testing a vacuum high-speed train that can travel over 1,000 km/h The train is operating inside ultra-fast vacuum tube magnetic levitation system. This could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.
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🇨🇳 China is testing a vacuum high-speed train that can travel over 1,000 km/h The train is operating inside ultra-fast vacuum tube magnetic levitation system. This could reduce the travel time between Shanghai and Hangzhou (distance: 200 km) to just 9 minutes.

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🇨🇳🚄China has just achieved a new breakthrough that will revolutionize travel speeds. A one-ton test vehicle was accelerated to an astonishing 700 km/h in just 2 seconds on a maglev track, setting the world's fastest record for superconducting maglev tests. This opens possibilities for China's future vacuum tube maglev transportation.
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🇨🇳🚄China has just achieved a new breakthrough that will revolutionize travel speeds. A one-ton test vehicle was accelerated to an astonishing 700 km/h in just 2 seconds on a maglev track, setting the world's fastest record for superconducting maglev tests. This opens possibilities for China's future vacuum tube maglev transportation.

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China has started testing an ultra-fast train capable of reaching speeds exceeding 1,000 km/h. ▪️This train, located inside a vacuum tube, can travel a distance of 200 kilometers in less than 9 minutes.
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China has started testing an ultra-fast train capable of reaching speeds exceeding 1,000 km/h. ▪️This train, located inside a vacuum tube, can travel a distance of 200 kilometers in less than 9 minutes.

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🇨🇳 CHINA'S MAGLEV HITS 700 KM/H IN 2 SECONDS - PLANNING 1,000 KM/H - WHILE AMERICA ARGUES ABOUT FIXING POTHOLES China just tested a maglev platform that accelerates to 700 km/h (435 mph) in 2 seconds. Target speed: 1,000 km/h (621 mph). That's faster than commercial aircraft. On the ground. The acceleration alone is borderline violent - 0 to 435 mph in two seconds is 9.8g. Fighter jet territory. Passengers would need specialized seating just to survive the launch. But let's address reality: This is a test platform. Prototype speeds don't mean operational trains. China announces ambitious projects constantly. Some materialize (their existing 430 km/h maglev in Shanghai works). Others disappear quietly. The pattern though? They're attempting scale nobody else is. High-speed rail connecting every major city. Maglev research pushed to extremes. Infrastructure spending that makes Western investment look microscopic. Meanwhile in America: Amtrak averages 105 km/h between cities. California's high-speed rail project started in 2008, burned $10+ billion, and hasn't moved a passenger. The fastest train in the U.S. hits 240 km/h for exactly one 54-mile stretch. China's going for 1,000 km/h. Even if they only achieve 800 km/h operationally, that's still triple America's maximum. Here's why this matters beyond trains: Infrastructure capacity signals industrial capability. If China can build and operate 1,000 km/h trains, they can manufacture the precision components, power systems, and control mechanisms that transfer to aerospace, military, and manufacturing. The U.S. won the 20th century partly because it built the Interstate Highway System when others couldn't. China's betting the 21st century winner will be whoever builds impossible infrastructure first. They might fail. Engineering challenges at 1,000 km/h are extreme - air resistance, track precision, emergency braking, passenger safety. But they're trying while America argues whether to fix the L train in New York. Even Chinese failure puts them ahead. You learn more from attempting the impossible than from successfully maintaining mediocrity. Source: Xinhua, CGTN
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🇨🇳 CHINA'S MAGLEV HITS 700 KM/H IN 2 SECONDS - PLANNING 1,000 KM/H - WHILE AMERICA ARGUES ABOUT FIXING POTHOLES China just tested a maglev platform that accelerates to 700 km/h (435 mph) in 2 seconds. Target speed: 1,000 km/h (621 mph). That's faster than commercial aircraft. On the ground. The acceleration alone is borderline violent - 0 to 435 mph in two seconds is 9.8g. Fighter jet territory. Passengers would need specialized seating just to survive the launch. But let's address reality: This is a test platform. Prototype speeds don't mean operational trains. China announces ambitious projects constantly. Some materialize (their existing 430 km/h maglev in Shanghai works). Others disappear quietly. The pattern though? They're attempting scale nobody else is. High-speed rail connecting every major city. Maglev research pushed to extremes. Infrastructure spending that makes Western investment look microscopic. Meanwhile in America: Amtrak averages 105 km/h between cities. California's high-speed rail project started in 2008, burned $10+ billion, and hasn't moved a passenger. The fastest train in the U.S. hits 240 km/h for exactly one 54-mile stretch. China's going for 1,000 km/h. Even if they only achieve 800 km/h operationally, that's still triple America's maximum. Here's why this matters beyond trains: Infrastructure capacity signals industrial capability. If China can build and operate 1,000 km/h trains, they can manufacture the precision components, power systems, and control mechanisms that transfer to aerospace, military, and manufacturing. The U.S. won the 20th century partly because it built the Interstate Highway System when others couldn't. China's betting the 21st century winner will be whoever builds impossible infrastructure first. They might fail. Engineering challenges at 1,000 km/h are extreme - air resistance, track precision, emergency braking, passenger safety. But they're trying while America argues whether to fix the L train in New York. Even Chinese failure puts them ahead. You learn more from attempting the impossible than from successfully maintaining mediocrity. Source: Xinhua, CGTN

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🇨🇳 Jetpack appears at Zhejiang University in China A jetpack with amazing technology, developed by the Huzhou Institute of Zhejiang University in China, has appeared, allowing low-altitude flight of up to 1,500 meters, and with a theoretical speed of up to 100 km/h.
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🇨🇳 Jetpack appears at Zhejiang University in China A jetpack with amazing technology, developed by the Huzhou Institute of Zhejiang University in China, has appeared, allowing low-altitude flight of up to 1,500 meters, and with a theoretical speed of up to 100 km/h.

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China continues to amaze A new maglev train in China, capable of reaching speeds of up to 600 km/h, has been unveiled. The development was carried out by CRRC Changchun. If everything goes according to plan, it will be a true "airplane on rails" — the fastest train in the world. Currently, China's maglev trains reach a maximum of 430 km/h and have been in operation since 2004. The new express is planned to run between the country's largest cities.
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China continues to amaze A new maglev train in China, capable of reaching speeds of up to 600 km/h, has been unveiled. The development was carried out by CRRC Changchun. If everything goes according to plan, it will be a true "airplane on rails" — the fastest train in the world. Currently, China's maglev trains reach a maximum of 430 km/h and have been in operation since 2004. The new express is planned to run between the country's largest cities.

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In China, a road-cleaning machine has been developed that is capable of operating at speeds of up to 80 km/h. It powerfully sucks up even bricks and large construction debris. These machines are mainly used on expressways and highways, where maximum speed and efficiency are crucial.
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In China, a road-cleaning machine has been developed that is capable of operating at speeds of up to 80 km/h. It powerfully sucks up even bricks and large construction debris. These machines are mainly used on expressways and highways, where maximum speed and efficiency are crucial.

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China has revealed a spherical police robot designed to autonomously pursue and immobilize criminals by shooting nets and rolling at speeds of up to 35 km/h.
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China has revealed a spherical police robot designed to autonomously pursue and immobilize criminals by shooting nets and rolling at speeds of up to 35 km/h.

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