Tuesday , March 21 2023

This steam-powered spacecraft could endlessly end up in space without interrupting gas


Come alone, come and see the future of space travel: steam power!

No, seriously; half a century after the world's first commanded space mission, it seems that interplanetary travel has finally entered the steam age. Scientists at the University of Central Florida (UCF) have joined Honeybee Robotics, a private space and mining technology company based in California to build a small steam engine spacecraft that can suck fuel directly from asteroids, planets and utm_content = Google% 20Feedfetcher) and mates are being studied.

Constantly converting outer waters to steam, this theoretical theoretical force of microwave unloading could theoretically use an unlimited number of planetary jumping missions across the galaxy as long as it always descends to H20. [Hyperloop, Jetpacks & More: 9 Futuristic Transit Ideas]

"We might be able to use this technology to hop on the Moon, Ceres & utm_content = Google% 20Feedfetcher), Europa, Titanium, Pluto, mercury poles, asteroids – anywhere with water and low enough gravity," Phil Metzger, UCF space scientist and one of the main minds behind the steampunk star ship, said in a statement. Metzger added that such a self-contained spacecraft could explore space "forever".

Metzger and his colleagues call land for WINE (short "World Is Not Enough"), and the craft prototype recently completed its first test mission on the simulated asteroid surface in California. With a compact drill, the unloading system successfully captured a fake comet for water, transformed this H20 into a rocket propellant and launched itself into the air using a steam engine.

Although the phrase "steam-ship" may initially cause rust, transhipment, spraying, the wine is more complex than it sounds. In order to get the right prototype, Metzger developed new models and equations of steam engine computers for three years to help WINE optimize its performance in response to the different gravitational demands of its surroundings. If a WINE-like robot makes it into space, the built-in solar panels can provide it with the initial energy needed to start drilling outside the world.

A successful trial trip is a big feather wine proverbial steampunk hat, but there's a long way to check the actual space environment before landing. NASA believes that value is potentially self-sufficient in Starship and helped finance early stages of the project; Now, developers are looking for new partners to help remove wine from the lab and to another world.

Source link