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Gentlemen's Naval Battle Club(Attention moderators)


Spartwo

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Perhaps the mainsail is too powerful for MAC gun use...

I have been interested in building a railgun for my spacial fleet

so I guess my 3 questions are

1: are they really efficient

2: are they accurate

3: if yes to both, can I have a download to reverse engineer one?

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I have been interested in building a railgun for my spacial fleet

so I guess my 3 questions are

1: are they really efficient

2: are they accurate

3: if yes to both, can I have a download to reverse engineer one?

-Depends what you mean

-If built correctly

-Deamon and comrade only have working ones now,I'm obsessed with having a restockable M.A.C

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Meet the X1, testbed for the experimental slipstream-drive powered by flappy technology (patent pending). The slipstream-drive is capable of accelerating the test plane to speeds upwards of mach 3.5 near sea-level while maintaining a constant velocity, but loses speed at higher altitudes.

Expect to see these engines in use on Eve, as the thicker atmosphere will increase engine efficiency.

http://i.imgur.com/l0f7mZb.jpg

http://i.imgur.com/hRJW5eA.png

http://i.imgur.com/nJsKS8u.png

Mind if I try to build a slipstream engine?

Edited by Spartwo
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Mind if I try to build a slipstream engine?

Sure, but the atmospheric drag makes Eve a no-go at high velocities.

I have been interested in building a railgun for my spacial fleet

so I guess my 3 questions are

1: are they really efficient

2: are they accurate

3: if yes to both, can I have a download to reverse engineer one?

They are really efficient, accurate at close range (I built a shotgun round that's accurate at longer range), and generally ineffective because they want to glitch through their targets instead of hitting. :/

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Sure, but the atmospheric drag makes Eve a no-go at high velocities.

They are really efficient, accurate at close range (I built a shotgun round that's accurate at longer range), and generally ineffective because they want to glitch through their targets instead of hitting. :/

so use them at short range so they wont glitch through?

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They are very efficient. The word you're looking for is "ineffective".

Only if you can work the bugs out of them. They are an engineer's nightmare.

#1:what?An I-beam screaming at you at 240m/s isn't effective,and that speed is at any range.

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No, they're less efficient, you see them as being more efficient because you're using less fuel. But, you're getting less effect because the bullets are too small and because it becomes much less efficient the farther it's being pushed away from the engine. But, at the same Time, because it's more efficient, more powerful, the closer that it is to the engine, it turns into a big mess which would just bounce off of the enemy plating if it wasn't so broken that it failed to hit them to begin with. The only thing that makes it more efficient is the fact that the engine doesn't have to push itself, nor does it have to push any fuel, but pushing itself and the fuel increases the mass even if it does decrease the speed which means it all works out anyway. You simply see the projectile going faster and assume that it makes it better when it really doesn't, you're just using less fuel to get less of an effect, all the while making a horribly inefficient and impractical weapon that should never, ever be used by anyone ever.

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#1:what?An I-beam screaming at you at 240m/s isn't effective,and that speed is at any range.

Don't ask me why it doesn't work. It just doesn't.

No, they're less efficient, you see them as being more efficient because you're using less fuel. But, you're getting less effect because the bullets are too small and because it becomes much less efficient the farther it's being pushed away from the engine. But, at the same Time, because it's more efficient, more powerful, the closer that it is to the engine, it turns into a big mess which would just bounce off of the enemy plating if it wasn't so broken that it failed to hit them to begin with. The only thing that makes it more efficient is the fact that the engine doesn't have to push itself, nor does it have to push any fuel, but pushing itself and the fuel increases the mass even if it does decrease the speed which means it all works out anyway. You simply see the projectile going faster and assume that it makes it better when it really doesn't, you're just using less fuel to get less of an effect, all the while making a horribly inefficient and impractical weapon that should never, ever be used by anyone ever.

I get the feeling you've never actually seen one in action. What you described is logical, but it doesn't describe the results of actual experimentation. There is no fragmenting of the ammunition, for example.

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