the romulans may disagree.![]()
But there's never been anything Romulan that looks anything like this.
they're not frozen in time, you know.
But there's never been anything Romulan that looks anything like this.
they're not frozen in time, you know.
True, but if you look at the design lineages in Trek, what comes later is ALWAYS built on what came before.
I know, but I think that the change from a tri-radially symmetrical design to a bilaterally symmetrical one is a huge change.
I know, but I think that the change from a tri-radially symmetrical design to a bilaterally symmetrical one is a huge change.
Think about how human air vehicles have evolved: from hot-air balloons, to dirigibles and blimps, to the Wright flyer, to the Fokker Triplane, to the B-29, to the SR-71, to the Saturn V, to Venture Star. That's in about 100 years.
I know, but I think that the change from a tri-radially symmetrical design to a bilaterally symmetrical one is a huge change.
Think about how human air vehicles have evolved: from hot-air balloons, to dirigibles and blimps, to the Wright flyer, to the Fokker Triplane, to the B-29, to the SR-71, to the Saturn V, to Venture Star. That's in about 100 years.
But most of those were always bilaterally symmetrical from the start. The only one that wasn't is the hot air balloon, and that didn't really develop into any of the others.
I think the point here is that different design paths can lead to a variety of ideas that all get the job done to varying degrees. It's rather narrow minded to expect that an example of trilateral symmetry is totally unreasonable, as though such designs would have never occurred to people who (two centuries later) would have a preponderance of bilaterally symmetrical ships.
After all, the idea of design lineage is entirely a conceptual one. There is no actual lineage as you might think of one in an organic evolution sense.
Think about how human air vehicles have evolved: from hot-air balloons, to dirigibles and blimps, to the Wright flyer, to the Fokker Triplane, to the B-29, to the SR-71, to the Saturn V, to Venture Star. That's in about 100 years.
But most of those were always bilaterally symmetrical from the start. The only one that wasn't is the hot air balloon, and that didn't really develop into any of the others.
Spherical balloons with hanging baskets (radially symmetrical) developed into dirigible (steerable) cigar-shaped balloons (bilaterally symmetrical).
Tiberius, if you have somehow convinced yourself that a change from radial/trilateral symmetry to bilateral symmetry is impossible or inconceivable, I can't really help you much more.
Now, I'm not saying that it's a bad design, or that it's a bad render or anything like that. I'm just saying that I don't buy it as a Romulan design, especially with what we've seen in Enterprise.
^Tiberius, The Romulans had been going to the stars for nearly 2 thousand years by time of Picard. There is no reason to discount the idea of changing symmetry. They might have had a radical change in their warp drive centuries before Enterprise that led to this.
Also, since they had been warp capable for so long, it stands to reason that there are hordes of Romulan spacecraft that we never saw, including during the TNG era...
This is another thing that never sat right with me. How is it that the Roms could be 2000 years ahead of the Federation, and yet not greatly outclass them?
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