by Lateralman » Dec 19th, '11, 21:06
A ROCKET WITHOUT ROCKET FUEL
Okay, Mr Lloyd what the heck. It is of no use to me. I figured secretly you wanted to know, so I will tell you.
When I was a small vertical lad, I had a little plastic winged rocket powered by water pressure. When it was half filled with water, attached to something that looked like a bicycle pump and then pumped with air. All you had to do to fire it, was to point it towards the sky, pull a little red toggle and it would whoosh upwards to quite a fair height, although to my dismay it never achieved escape velocity.
Many years later, I was reading about an early failed sectionalised rocket that utilised a series of atomic explosions to gain height. The idea was dropped, so I read, because it was obviously deemed too dangerous.
My idea is to combine the two thoughts, only instead of using atomic bombs or any rocket fuel, the rocket would achieve earth orbit through a series of highly pressurised water releases onto a number of push pads fitted in-between each booster section.
The rocket body would be launched from a very deep hole/silo and consist of gradually increasing in size, sequential, interconnecting finned cylinder booster stages, which would comprise of as many as needed in order to gain the required height, starting with the largest at the base and ending with the smallest near the top.
For extra stability, the whole booster string might be attached to a very long rod that would detach with the release of the final pressurised cylinder.
This series of interconnecting highly pressurised booster cylinders would carry a small swing winged space shuttle on top or in fact anything, you might want to launch into space. Once launched, the container nearest the base would detach and fall back to earth, and then the thrust of the next one would take over, expelling its water propellant through its own separate nozzle on to its push pad and so on and so forth until orbit is achieved.
The whole thing is recyclable with each detachable drop away container section having parachutes. Alternatively, if there was many sections, some of them could be utilised as extra add on cabins for the space station.
Problems would be the crushing G Forces to reach escape velocity, gyro control stabilisation for all of the many sections. Enough nozzle power to achieve lift because of its ultimate size and finally is the whole idea impossible or would it or any part of it work?
I call it the, ‘Water Rocket Train.’
There you have it, a recyclable environmentally friendly water propelled rocket, without rocket fuel.
“If I knew, what you knew, I would not know anything new at all!”