STAR TREK AKIRA CLASS AMAZON DRIVER
The impulse driver coils reduce this to 74,000 metric tonnes. The BoP, for example, has a mass of 208,900 metric tonnes according to the BoP TM. 001c area to even higher velocities relative to each other, that would suggest that the ship itself would be carrying a shitload of kinetic energy. Again, if ships prefer to engage at around. In regards to the Jem'Hadar ships.well, that won't tell us much. Which is, I think, a rather impressive show for ST shields. That might get us around 224 GJ of KE or 53 tons worth of KE. In reality, it's likely to be around at least 50 tonnes (again, pretty low number) after we take into account the mass field. Of course, that's a rather generously low calculation, given we're talking about only a. 001c and assuming a mass of 500 kilograms, we'd get 2,245,502,250 joules or 2.245 gigajoules of energy that the ship was capable of deflecting with only 10% loss to that shield arch.
Assuming the debris that struck the ship was moving at a relative velocity into the ship similar to the combat scenarios given to us, even at.
STAR TREK AKIRA CLASS AMAZON MAC
The TNG TM gives us the output of the ship's shields and while output isn't the entirety of what the shields do, as deflection is a thing and might still work in the ship's favor depending upon the approach of the projectile, I don't think there are many people arguing that the ship will tank a MAC round.
It should be noted then, that the torpedoes that the Akira itself fires will be moving at a speed of. This would suggest that at minimum, the Akira would want to engage at 2.997 km/s to 59.958 km/s relative to the Autumn, with the desired relative speed being dependent upon how or what the two ships are doing at the time. 02c relative to their intended target, assuming they want to be more mobile than their opponent (in this case, a good idea). So ST ships seem to want to engage at around. 02c absolute, unless there's a reason why it wouldn't want to do that. 01c absolute, then in all likelyhood, the warbird would very well want to adjust to. If the GCS were to suddenly accelerate to. This suggests that the Warbird is more comfortable engaging at. 01c, while its counterpart is stationary. In this case, the Romulan Warbird engages at a range of around 5,000 km, but notice the low sublight scenario the Warbird is mobile, moving at. Following that, while there is indeed very little chance that an Akira could stop a shot with its shields, don't actual demonstrations of the MACs show that they tend to punch right through, leaving holes? Doesn't that indicate a good chance that you have to actually hit something vital? Just food for thought, I know that any such round is still a nasty to hand someone.īut atop that, how do you propose that the ACC track the Akira with a fixed mounted weapon? The Akira is likely to match, if not exceed the maneuverability of a GCS, whose acceleration is 10 km/s. Even if the Akira is at a closer range and therefore uses lower-yields, I somewhat doubt that the ACC would laugh it off, given that Covenant shields were overpowered by area detonations of 30 megaton explosives. The Autumn class has shields? Well, regardless, why do you assume that they're powerful enough to tank a volley of photon torpedoes? We're talking 45 megatons, some of which might get at close range. 5c) and as small as a single elite (as well as Seraph fighers, which are at least as fast as a UNSC capship and are about the size of a pelican dropship), and so are likely accurate enough to hit photon torpedoes (which are roughly man sized and hit about 10 km/s at most), and the ACC carries enough archers to task several dozen archers to hit each torpedoe the Akira fires. However, UNSC archer missiles can hit targets as fast a plasma torpedo (which travels anywhere from 'about as fast a MAC round' to. a GCS only carries 275, and an Intrepid class ship (which is within the same general size range as an Akira) only carries 38. Given it's small size it's doubtful it carries a particularly large number. Torpedoes are far more dangerous, having a notable yield and with ST ships carrying dozens of them, or at least the akira likely does. ST energy weapons have faster travel and recharge times, though they do have slightly weaker shot for shot firepower, they're basically like a covenant ship armed with numerous small and weak but rapid firing energy projectors.
0 kommentar(er)
