CS Clogau
- Graham Kennedy
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CS Clogau
The Clogau class are one of the most unique and highly specialised civilian ship classes in use with the Coalition today. These ships are neutronium
miners; their job is to harvest neutronium from the surface of a pulsar. Such a task stretches the capabilities of Coalition technology, and
operating these ships is one of the most dangerous jobs in the Coalition.
It is a common misconception that neutronium miners fly to a pulsar, rip neutronium off the surface, and fly away again. Some commentators even
talk of "landing" on a pulsar! Such a feat is impossible, at least at present. Like all miners, the Clogau actually performs a close flyby of the pulsar at
high speed, essentially falling past it in a hyperbolic trajectory. It therefore does not have to fight against the immense gravity of the pulsar since it is
in freefall - or very close to it - all the way.
What a mining ship does have to do is withstand the tidal forces of the pulsar. This is no small feat! The Clogau approaches within several
hundred kilometres of the pulsar's surface, at which distance the gravity gradient is in excess of 10,000 N/kg/m - meaning that the lower surface of
the ship is subjected to a gravity force millions of newtons per kilo higher than the upper surface.
Withstanding these kinds of forces is tremendously difficult. Like all neutronium miners, the Clogau is constructed with a tremendously strong
structure which is reinforced with very high power forcefields. Even this would be nowhere near enough to protect the ship if not for the four
tremendously powerful Agrav field generators which are mounted on the flanks.
As it whips by the pulsar the Clogau uses high power grappler fields to scoop neutronium from the area around the beam vents on the surface.
On a typical mission the ship might expect to scoop as much as 50 tons of neutronium which it stores in a pair of tanks in the upper centre of the hull.
Such missions are hard on personnel and equipment. The Clogau requires considerable repair and refit after each run, and a large scale rebuild after
every ten. Even with this high level of support the average lifespan of these ships is only fifty missions. Even so, by then one ship will have
harvested some 1.6 trillion credits worth of neutronium, far more than the cost of the ship and all support.
Bit of a work in progress, this one. It doesn't feel finished, but I'm not quite sure what it needs...
miners; their job is to harvest neutronium from the surface of a pulsar. Such a task stretches the capabilities of Coalition technology, and
operating these ships is one of the most dangerous jobs in the Coalition.
It is a common misconception that neutronium miners fly to a pulsar, rip neutronium off the surface, and fly away again. Some commentators even
talk of "landing" on a pulsar! Such a feat is impossible, at least at present. Like all miners, the Clogau actually performs a close flyby of the pulsar at
high speed, essentially falling past it in a hyperbolic trajectory. It therefore does not have to fight against the immense gravity of the pulsar since it is
in freefall - or very close to it - all the way.
What a mining ship does have to do is withstand the tidal forces of the pulsar. This is no small feat! The Clogau approaches within several
hundred kilometres of the pulsar's surface, at which distance the gravity gradient is in excess of 10,000 N/kg/m - meaning that the lower surface of
the ship is subjected to a gravity force millions of newtons per kilo higher than the upper surface.
Withstanding these kinds of forces is tremendously difficult. Like all neutronium miners, the Clogau is constructed with a tremendously strong
structure which is reinforced with very high power forcefields. Even this would be nowhere near enough to protect the ship if not for the four
tremendously powerful Agrav field generators which are mounted on the flanks.
As it whips by the pulsar the Clogau uses high power grappler fields to scoop neutronium from the area around the beam vents on the surface.
On a typical mission the ship might expect to scoop as much as 50 tons of neutronium which it stores in a pair of tanks in the upper centre of the hull.
Such missions are hard on personnel and equipment. The Clogau requires considerable repair and refit after each run, and a large scale rebuild after
every ten. Even with this high level of support the average lifespan of these ships is only fifty missions. Even so, by then one ship will have
harvested some 1.6 trillion credits worth of neutronium, far more than the cost of the ship and all support.
Bit of a work in progress, this one. It doesn't feel finished, but I'm not quite sure what it needs...
Give a man a fire, and you keep him warm for a day. SET a man on fire, and you will keep him warm for the rest of his life...
- Graham Kennedy
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Heh, thanks. About five years ago I hit a New Scientist article that talked about the structure of pulsars / neutron stars; it said they have a crust, and
suggested that where the jets come out of a pulsar the surface was cracked or thinner or weaker in some way. And I just thought "wow, I wonder if you
could pull something out of there...."
That was the genesis of this idea. The average neutron star is useless for mining; the neutronium is locked up too tightly, very few species have the
technology to get it out and most of those who do aren't the type to trade with the little people of the galaxy. But a pulsar is doable, just, if it is young
enough. The Coalition just so happens to have a relatively new pulsar inside it's territory... and has a tech level just high enough to mine
it... and a nice capitalistic ethos to boot. It's a major, major cash cow for
them.
And should a star happen to go supernova, a brand new pulsar would be much easier to mine, and so much more profitable... and should that star
happen to be in a sensitive, disputed area... why a whole lot of people would do pretty much anything to get their hands on that.
suggested that where the jets come out of a pulsar the surface was cracked or thinner or weaker in some way. And I just thought "wow, I wonder if you
could pull something out of there...."
That was the genesis of this idea. The average neutron star is useless for mining; the neutronium is locked up too tightly, very few species have the
technology to get it out and most of those who do aren't the type to trade with the little people of the galaxy. But a pulsar is doable, just, if it is young
enough. The Coalition just so happens to have a relatively new pulsar inside it's territory... and has a tech level just high enough to mine
it... and a nice capitalistic ethos to boot. It's a major, major cash cow for
them.
And should a star happen to go supernova, a brand new pulsar would be much easier to mine, and so much more profitable... and should that star
happen to be in a sensitive, disputed area... why a whole lot of people would do pretty much anything to get their hands on that.
Give a man a fire, and you keep him warm for a day. SET a man on fire, and you will keep him warm for the rest of his life...
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very interesting. im assuming that with the reinforced underside, this ship could take quite a pounding, should it be attacked. Unarmed, obviously a mining vessel...moderate speed, but nothing to write home about?
"Beware what you intend to say, those words will always make you pay." - Soilwork
Booze and Strippers!
Booze and Strippers!
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LOVE it, GK. A perfectly reasonable slave to the idea of form fitting function - and with a detailed and intelligent "backstory" to boot.
Metalhead's right - get this stuff between a pair of covers ASAP. I can see it now - first the novels, then the technical guides, the cross-sections, the toys, the animated TV series...
Metalhead's right - get this stuff between a pair of covers ASAP. I can see it now - first the novels, then the technical guides, the cross-sections, the toys, the animated TV series...
I can't stand nothing dull
I got the high gloss luster
I'll massacre your ass as fast
as Bull offed Custer
I got the high gloss luster
I'll massacre your ass as fast
as Bull offed Custer
- Captain Seafort
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Another good design. What I like most about your universe as a whole is that, unlike most sci-fi, all the infrastructure supporting the battle fleet has clearly been given a great deal of thought. "The man behind the man behind the man behind the gun" as someone once put it to me.
Only two things are infinite - the universe and human stupidity, and I'm not sure about the universe: Albert Einstein.
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Good point. That's also the same attention to detail that makes GK's ship designs so intelligent and enjoyable to see.
Since it is sort of a "blockular" shape, I wouldn't mind seeing some labels or cross-sections as to the placement of the Agravs, "mining" apparati, etc.
Since it is sort of a "blockular" shape, I wouldn't mind seeing some labels or cross-sections as to the placement of the Agravs, "mining" apparati, etc.
I can't stand nothing dull
I got the high gloss luster
I'll massacre your ass as fast
as Bull offed Custer
I got the high gloss luster
I'll massacre your ass as fast
as Bull offed Custer
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- Graham Kennedy
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If you look at the "cage" structure around the engines, those structural members are solid. And the whole framework is along those lines. It's a brute of a ship, immensely strong. Also completely unarmed. Sublight acceleration would be huge, but it's not FTL capable at all; it's towed to the pulsar system from a nearby shipyard, works there until it's ready to fall to bits, then scrapped.very interesting. im assuming that with the reinforced underside, this ship could take quite a pounding, should it be attacked. Unarmed, obviously a mining vessel...moderate speed, but nothing to write home about?
Lol, my own franchise!!!!Metalhead's right - get this stuff between a pair of covers ASAP. I can see it now - first the novels, then the technical guides, the cross-sections, the toys, the animated TV series...
Yeah, I do like to think through stuff like that. War is won by logistics, after all!Another good design. What I like most about your universe as a whole is that, unlike most sci-fi, all the infrastructure supporting the battle fleet has clearly been given a great deal of thought.
Edited to add : By the way, this is the pulsar I have in mind at the moment as the place where these babies operate : http://en.wikipedia.org/wiki/PSR_B1257%2B12
Give a man a fire, and you keep him warm for a day. SET a man on fire, and you will keep him warm for the rest of his life...
- Graham Kennedy
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- Graham Kennedy
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- Reliant121
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