Controversial Opinion:
Detached nacelles are excellent and look very cool.
Detached nacelles are excellent and look very cool.
sure, if you discount all of the successful dramas and political thrillers...The Star Trek perspective might have worked for a weekly TV show, but it wouldn't have worked for a "theatrical" film. When you're making a "theatrical" film, you need something more action-packed.
Even in dramas and political thrillers, there's always something going on. And those movies are also a flesh-and-blood villain.Elbette, eğer tüm başarılı dramaları ve politik gerilimleri saymazsak...
Controversial Opinion:
Detached nacelles are excellent and look very cool.
2) Just fucking grow up.
writing out such a response to a reaction emote (made in jest, even)?@korblborp
Seriously, a light hearted opinion expressed in this thread makes you give an ‘angry’ reaction?
How very tedious of you.
Two tips for growing up:
1) Quote the poster you disagree with and debate.
2) Just fucking grow up.
Cheers.
R
For me, they just didn't make sense. It's easier to lose them entirely due to damage or an anomaly.Controversial Opinion:
Detached nacelles are excellent and look very cool.
~ Yes. Yes they do! I've thought so since 2015's AWESOME Jupiter AscendingControversial Opinion:
Detached nacelles are excellent and look very cool.
Structural Integrity Field is important, but it's really most important for warp. (That field's failure is why all the Jem'Hadar died in their ship in DS9's "THE SHIP".)So, a starship can encounter all kinds of phenomena that can tear it apart. Apparently from how Trek tech is supposed to work, a lot depends upon the structural integrity field. If it fails, your ship's hull can be torn apart, no matter what it's made of.
Since so much depends upon force fields anyway, detached nacelles held in place by force fields alone doesn't seem unreasonable at all. And that would be especially so, if dispensing with the material pylons attaching them to the rest of the ship actually improved the effectiveness of the force fields holding them in place.
Also, the arrangement with force fields permits dynamic reconfiguration which might relieve stress differentials that could not be relieved in material pylons.
Structural Integrity Field is important, but it's really most important for warp. (That field's failure is why all the Jem'Hadar died in their ship in DS9's "THE SHIP".)
Just having a force field keep your nacelle there is just ludicrous. Say it fails (which force fields fail VERY often in the franchise), now your nacelle is floating away from your ship. In open space, this might not be too big of a problem... just maneuver back to grab it.
But in a nebula, anomaly, or something else? Can easily be completely lost. Or while in orbit, it falls down the atmosphere, either burning up completely on the way down or crashing to the surface if it actually survives the atmosphere.
Now matter how you slice it, it's just an unnecessary risk.
I agree it's important for impulse speeds, for the reasons you stated.While I’d agree strongly in real life, I think the idea in the era of Burn-and-beyond Trek is that the fields they use are as strong or stronger than physical materials, so in practice they never fail (until one eventually does for story reasons, I’m sure).
Though the SIF has to be just as important for sublight, the way these ships move and accelerate. Otherwise the crew would get pasted against the walls and the rear.
I agree it's important for impulse speeds, for the reasons you stated.
But a ship can still be in one piece without it if it's still or drifting. If it's drifting, chances are it's damaged so badly that the SIF is likely either off or severely weakened, to the point that any loose parts of the ship, like detached nacelles, would be drifting away.
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