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Intergallactic spaceship Aurora http://67.205.157.234/forums/viewtopic.php?f=19&t=435 |
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Author: | Vossiej [ November 28th, 2010, 10:33 am ] |
Post subject: | Intergallactic spaceship Aurora |
I have always been fascinated by our universe, almost every night when it is possible I look up into the sky and think of all the endless possibilities for mankind out there. Imagining that every star we see basically belongs to another solar system with the possibility or planets orbiting around them. But returning to reality, we as humans never went further than our moon. However, some time ago the artist Reinloch designed a spaceship capable of making the manned journey to Mars. This was accomplished by all the greatest minds the world had to offer. Although it doesn't stay with that. The ISEMARS foundation where it all started with, was looking to build a second ship. By 2020 the United States chipped in with the project, now together with the European, Russian, Chinese and Japanese space agencies. And so after 16 years of construction on both earth and earth's orbit the ES Aurora was finished. It was the most complex structure ever built by man, as well as the most expensive, with estimated costs of up to 1400 billion US Dollars. What we had created was a massive spaceship capable of exploring the universe with speeds that where a few years ago imagined impossible. Specifications Length: 273.8m Maximal module diameter: 18.2m Maximal span across: 108.4m Weight: 87.400 tons Mission details Type: Manned exploration of our solar system's planets and beyond Duration: up to 7400 days (20 years) Participating countries: US, Europe, China, Japan, Australia, Brazil, Canada, Great Britain Crew: 32 crew and up to 30 scientists (in total max. 66) Vehicles: 4 landers, 4 docking gates for Orion/Soyuz Propulsion Reactor: Second generation magnetic confinement (GMC) reactor Engines: 6x 120MW Variable Specific Impulse Magnetoplasma Rockets (VASIMR) Top speed: 834.400 km/h (80% light speed) The ship is capable of remaining in space for over 7000 days. This is accomplished by all the lessons learned in the history of manned space exploration. The Aurora is the first ever spaceship that houses a community on board, with private area's, relaxation area's and so on. She is also the first to have a fully functioning greenhouse on board, growing genetically modified crops in NASA's low-mass Inflatable Aeroponics System. The Aurora's first mission is currently underway, last year (2041) she fired her engines for the first time towards the most far out body in our solar system; Pluto. She recently supplied the manned base on Mars and is scheduled to arrive near Pluto in January 2043. Once arrived a crew of 6 will descend on Pluto's surface looking for traces of the micro-bacteria, which the expedition of the ES Archimedes found on Mars in 2036. Her second mission is planned for 2048, when she will embark on a journey towards the Alpha Centauri system to explore the earth-like exoplanet that was discovered many years ago. This trip will test the ship's maximum capabilities, as it will take up to 6 years to get there, and is the first manned expedition outside our solar system. That was my fantasy displayed in a drawing, now getting back to watching the sitcom ''Chuck'' Ps. I know the space shuttle would be dead for over 30 years by than, but it is just to display the size of the ship. |
Author: | TimothyC [ November 28th, 2010, 1:39 pm ] |
Post subject: | Re: Intergallactic spaceship Aurora |
There is no way that you are getting a ship with that power source up to .8c. Even if you could get up to that speed, you're going to not have a ship as the dust particles in deep space hit you with enough KE and momentum to plow strait through the hull and out the back. Please please please review Atomic Rockets. |
Author: | Vossiej [ November 28th, 2010, 3:33 pm ] |
Post subject: | Re: Intergallactic spaceship Aurora |
I know that's not possible, just as it is not possible to construct such a ship within 20 years from now . Just think of it is possible. |
Author: | chrisgatt7 [ November 28th, 2010, 4:53 pm ] |
Post subject: | Re: Intergallactic spaceship Aurora |
Now thats a space station |
Author: | ezgo394 [ November 28th, 2010, 8:42 pm ] |
Post subject: | Re: Intergallactic spaceship Aurora |
I like it! I'll take 1 |
Author: | TimothyC [ November 28th, 2010, 9:48 pm ] | |
Post subject: | Re: Intergallactic spaceship Aurora | |
I know that's not possible, just as it is not possible to construct such a ship within 20 years from now . Just think of it is possible.
I've sent you a PM why this idea and the speed you list as the top speed is laughable.
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Author: | Midnightnova [ November 28th, 2010, 9:55 pm ] |
Post subject: | Re: Intergallactic spaceship Aurora |
If you cut the size of the "egg pod" to about 15% and added thrusters and landing gear, this would make a fair design for a Mars Expedition ship. The "Eggpod" could then be the start of a Mars Base. (At least for the expedition) |
Author: | Vossiej [ November 28th, 2010, 9:58 pm ] | ||
Post subject: | Re: Intergallactic spaceship Aurora | ||
I know that's not possible, just as it is not possible to construct such a ship within 20 years from now . Just think of it is possible.
I've sent you a PM why this idea and the speed you list as the top speed is laughable. |
Author: | TimothyC [ November 28th, 2010, 10:23 pm ] |
Post subject: | Re: Intergallactic spaceship Aurora |
Matter Anti-matter. You're also going to need a particle shield in front (ice is often picked as it provides good protection, and can be used as a reactant). oh, and you're going to be looking at over a mile long minimum. |
Author: | klagldsf [ November 28th, 2010, 10:26 pm ] | |
Post subject: | Re: Intergallactic spaceship Aurora | |
But now is the question, what engine design would make it possible to achieve these speeds?
Simply put, not very many. As it currently stands, the technology to achieve such a speed is as fantastical as the technology required to outright break the light barrier.The faster you go, the more you start running into a drag problem - yes, even in frictionless space, though not "drag" in the classical sense we know. We know that a force is the product of mass and acceleration. To accelerate, you need fuel. Eventually, you'll need more and more fuel to keep accelerating closer to the speed of light - it becomes analogous to drag and the additional force needed to overcome it. Like giving really big engines to a brick. But we don't know of any engine big enough to make a brick go .8c, let alone a ship that big. |
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