Actually, we have quite a bit more than that.Mr. Oragahn wrote:Actually, we just got one blurry instance in some murky background in ROTJ. Hold me back.
In comparison, you have the main bigass cannons of those CIS ships in ROTS firing several shorts bursts within a second.
At the same time, however, the "largest bolts" I'm talking about are, IIRC, much larger than the bolts seen in the ROTS battle. And much brighter and greener, too. I suspect the kind of immense bolt that we see ISDs fire only at low rates is much deadlier than what we see in the ROTS battle.Plus those prequel continuous beams and a theory I fancy about how you can accelerate bolts if you spend the right amount of energy for that, and those typical rates of fire aren't even empirically evidenced, since I don't consider one instance as enough.
You have the Venators at Coruscant firing at decent rates.
I've spotted a Venator firing its four main
12 shots within 3 seconds. That's 4 shots per second. Thus one shot per second per heaviest turret, even sometimes faster than that, like two volleys from the same turret within a fraction of a second. Not bad.
But that's for the Venators. So what do we do from there? Assume that the ISDs are crappier or the same, or better? SFJ's page about TLs gives a rate of fire between 5 and 10 seconds.
If you would care to provide a picture of one of the volleys being rapid-fired you're talking about?
I do. We've got some leeway in the exact rate of fire, but we have a good general idea.Technically, it's correct, since based on one single event. But that's all we get. However, does it make sense in regards of the prequels? Not much. Basically, it's left wide open to anyone.
I don't call that a definitive answer at all.
Of course, uncertainty propagates, which means that our direct estimates of firepower - from the TESB asteroid blasting, from the SPHA-Ts, and from the Slave I, plus observed firing rates of different kinds of bolts - are much fuzzier, which is why it's good to go back and compare them with base estimates for power generation.