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A rocket
Scientists have announced that they could develop a new ultrasonic rocket engine capable of reducing flight time between London and Sydney to just four hours, while traditional planes take 20 hours to travel the same distance.
The British Broadcasting Corporation (BBC) has announced that it is ready to test future planes in Colorado, United States, which constitutes an astonishing vision for the future of transportation, as well as for the development of the new engine of the space shuttle if the aspirations of scientists.
Test the kernel
The company is backed by Rolls-Royce and Boeing, and the new engine is called the Saber, which relies on low-level oxygen but switches to the missile system when it reaches the upper layers.
"The core responsible for moving the vehicle on the ground can be tested, but we will test it from the ground to the periphery of the space, that is to say that there is no of air, "said Sean Driscoll, director of the Reaction Engineering program.
In orbit
The new engine will extend the limits of spaceflight because it will be able to move a spacecraft directly into orbit without resorting to multiple payment steps. The European Space Agency has recently agreed to review the design of the new engine.
"The positive review of our initial design review is a milestone in Saber's development and confirms that the pilot version of this new engine class is ready to be implemented," said Mark Ford, head of propulsion engineering at the European Space Agency.
The future of ultrasonic aircraft
The development of ultrasound technology has implications at three levels: the first is the commercial travel sector, ultrasonic aircraft reducing flight time, reducing fatigue and inconvenience caused by long journeys. While companies are still discussing the economic viability of the project, previous statements by Airbus Chief Executive Tom Enders point to more fuel-efficient aircraft than before, making the cost of these flights acceptable and cost commercial flights.
Brad Leland, an engineer at Lockheed Martin, said: "Your opponents will not be able to hide or displace their important resources, which will change everything." It is also possible to use the principles used in aircraft to develop new missiles. The principle in both cases is to prefer the speed to the possibility of concealment, so that the speed of the aircraft or rocket is too high and that the enemy can neither stop the plane. attack or recognition.
The third sector is space: potential applications are promising and, despite significant coverage of reusable missile media coverage, the use of spacecraft may be a better alternative. At the very least, the future development of aircraft will add another competitor to commercial spaceflight, and this competition will increase creativity and innovation. Representatives of the NASA space agency have long insisted on the emergence of passenger aircraft able to fly at a speed of about 4,800 kilometers per hour.
High-speed systems – such as high-speed ground transportation systems – seemed like science-fiction ideas, but modern technological innovations have made many things impossible and long-haul flights have begun to fall back replace. High-speed aircraft can also improve our response to disasters and relief in urgent medical situations, as well as leisure trips, whether for leisure or recreation.
The progression of ultrasound flights is slow at the moment, but when the race starts between the main forces on the ground, such as the United States, Russia and China, these technologies will accelerate in the decades to come.
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