Hypersonic Spaceship Capable of Travelling from London to New York City in an Hour
The European Space Agency (ESA) has announced a new research program called Invictus, which aims to develop a hypersonic space plane capable of reaching speeds of Mach 5 (3,386 mph). The project, led by the U.K. consulting firm Frazer-Nash, plans to make the hypersonic jet operational by 2031.
The Invictus space plane will incorporate pre-cooler technology from Reaction's SABRE engine, a groundbreaking propulsion system that combines aspects of jet and rocket propulsion. This technology allows aircraft engines to travel at hypersonic speeds by quickly chilling superheated air.
The pre-cooler technology is not new to Reaction Engines Ltd., the private firm behind it. The company has previously designed a space plane called Skylon.
Meanwhile, the U.S. Air Force operates a robotic orbital space plane called the X-37B, while China has a similar aircraft called Shelong. American companies such as Sierra Space Corp., Dawn Aerospace, and Radian Aerospace have also introduced their own versions of a space plane that takes off like a plane and soars like a rocket.
Virgin Galactic is also gearing up to introduce the Delta version of its space plane. The Invictus team aims to present a viable concept for a hypersonic jet within 12 months, with plans to remain on track for a 2031 operational launch.
Michael Verdon, the Aviation and Marine Editor of a leading website, has been reporting on various boats and has edited five national boating magazines for 30 years. He will undoubtedly provide insightful updates on the Invictus project as it progresses.
One notable aspect of the Invictus space plane is its fuel source. It will be fueled by liquid hydrogen in space, which is a significant departure from traditional fuel sources.
As the Invictus project moves forward, it promises to be a groundbreaking development in space travel technology. With its ambitious timeline and innovative technology, the Invictus space plane is poised to revolutionise the way we explore the cosmos.
