WarHippy, on 22 July 2014 - 09:58 AM, said:
True, but we also aren't trying to reach escape velocity in our mechs, or attain sustained flight so I would assume our requirements would be far less extreme.
just pointing out the difference between the two once lift is actually achieved.
I ain't saying we don't need better, scaling lift, because we DO. And in fact, we need to have the initial lift be heavily impacted by the number of JJs, too, more so than now. It's just most of the examples given, are ...too hyperbolistic to really count as good arguments.
Simple fact, we are lifting non aerodynamic, extremely dense objects, with moving parts to mess with flight control. They should be relatively clumsy. (less so, the lighter the chassis).
But also a simple fact, is that it takes proportionally more thrust to achieve lift than to sustain it, until one hits the point of diminishing gains. So the less JJs, the more sloth like the lift, and the distance/height achievable. The more JJs, the more those should scale, til perhaps the reach the "stock" number of JJs,then mechs that can mount more than those, possibly see diminishing returns from the extras. Still useful, just not quite AS useful.
My biggest grip,e currently, is I notice if I try to jump with my FS9, Griffins and Summoners, while running, all too often I end up getting extremely flat, shallow jump arcs, making it impossible, for instance to jump up on top of the Dropship Base from the lower city in River City. And yet, it seems highly inconsistent, as one jump I will smack face first into the wall, the next, under the same scenario, I jump up, and over.
They need to add consistency. And as weak as JJs are now, there is ZERO excuse to limit directionality, anymore, and they are meant for mobility and terrain climbing.... yet are singularly bad at both.
Technoviking, on 22 July 2014 - 10:04 AM, said:
Yeah but we're using renewable nuclear space plasma. Way more potent per.. uh... ton.
And that power needs to lift as much as 40 Atlases.
you got the space magic maths on the thrust rate of Stackpole Reactors in kN?
(and how much thrust do they give when they stackpole?)