Wasn't SW technology for the most part been indicated as stagnant?
^Ahem, Deathstar?
Here's a good site which kind of supports my arguements. It presents a pretty objective analysis of what's seen on-screen and reveals that the turbolasers as seen on-screen on Star Wars are absurdly powerful. To sum it up, if the Enterprise had a turbolaser attached to it, it would be hard pressed to fire it as much as once. We are talking about truly astronomical quantities of power here.
Here's a good site which kind of supports my arguements. It presents a pretty objective analysis of what's seen on-screen and reveals that the turbolasers as seen on-screen on Star Wars are absurdly powerful. To sum it up, if the Enterprise had a turbolaser attached to it, it would be hard pressed to fire it as much as once. We are talking about truly astronomical quantities of power here.
Depends on which Enterprise. Is it the TOS/TMP-continuity Enterprise or the TNG-continuity Enterprise-D/E ?![]()
That site's argument is based on the destruction of a ~40m iron composition asteroid by a single turbolaser bolt. The TOS E withstood a diminished Romulan plasma weapon which at optimum range "pulverized" a 3,200m iron composition asteroid in "Balance of Terror". That's about 512,000x the power compared to a 40m asteroid.
By the time of "The Deadly Years" they were able to withstand 3 plasma weapon hits (visually confirmed) and 12 hits from a mix of klingon looking torpedoes and offscreen hits that could be of the plasma variety. (TOS original FX)
They even dropped a large enough Antimatter charge to destroy a 10,000 mile space amoeba. That's larger than the planet Earth (even if it was made out of space jello)
TOS-continuity also sported different types of FTL systems, including Warp, Hyperdrive (but probably not the same as SW), Ion drive, and some unknowns like the First Federation ship. Their "actual" speeds at warp between systems could get up to 700,000c. If you count TFF's Enterprise's 1 day jaunt to the center of the galaxy, we're already well into the millions of c.
But, if we were to look at TNG-continuity, then I'd give it the Imperials. TNG's fastest actual speed for sustained warp is about 900c. Voyager's newer engines push it up to between 1,000c and 20,000c (short dash). There doesn't appear to be any variety (accept maybe a light sail from DS9) of FTL systems that are in "official use" of Starfleet. Shields and weapons seem to be weaker than TOS as well. The only time we see anything approaching TOS-level of destruction is "The Die Is Cast"'s fleet bombardment of a planet and that's from DS9 which tended to ignore some of TNG's rule.
The one common thing that all sides appear to be vulnerable to are ion weapons/storms. TOS and Voyager had strong ion storms that could disrupt the ship. TESB showed powerful enough ion blasts can disable Star Destroyers.
As to the Death Star, just sucker it to a star system and then blow up the star with a few specialized photon torpedoes![]()
But at the end of the day, I agree that it depends on the writer of the story on who wins or loses.![]()
Countered immediately with "target their primary weapon and fire main phasers."According to my Warsie sister, the correct way to end this discussion is: "Commence primary ignition." Any questions?^Ahem, Deathstar?![]()
Countered immediately with "target their primary weapon and fire main phasers."According to my Warsie sister, the correct way to end this discussion is: "Commence primary ignition." Any questions?^Ahem, Deathstar?![]()
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Assuming Star Wars's turbolasers are exactly the same as the lasers mounted on the shitbox excuses for starships in The Outrageous Okona.
I'll entertain this. So, the Enterprise's navigation shields defend against any laser? How about a laser with twice the power pumped into at as the average phaser blast? Ten times? A hundred?
How much scaling does it take, Admiral?!?
The point being, that it's a bit silly to say "the Federation is immune to all lasers", especially since the Borg weapon in Q Who was a laser. Ergo, a laser of sufficient power will hurt the Enterprise.
This is something I've noticed about these debates when they come around. For Star Trek, canon is only live action professional productions. Not cartoons, novels, comic books, tech manuals, etc..... all the Expanded Universe stories ...
Wrong. The Borg first used a beam (not a laser) to disable the Enterprise's shields, once they were down, the Borg did use a laser to cut into a small ara of the Enterprise's hull. The Borg made no attempt to fire a laser at the Enterprise prior to the shields dropping.it's a bit silly to say "the Federation is immune to all lasers", especially since the Borg weapon in Q Who was a laser. Ergo, a laser of sufficient power will hurt the Enterprise.
You know, just because they're both referred to as "lasers." And you seem to be assuming that the ship's weapons in "The Outrageous Okona" are not significantly more powerful than the best turbo-laser in the Imperial fleet.Assuming Star Wars's turbolasers are exactly the same as the lasers mounted on ...
Except Imperial SSD's hulls are not made of rock, they're made of materials design to protect against other ships armed with lasers.Hitting a rock with a feather at 300,000 KM distance is still hitting a rock with a feather.
In Return of the Jedi, a small A-wing fighter rammed into the bridge of a SD, resulting in much damage. The SD was engaged in combat, and had been for several minutes, it is reasonable to assume that whatever passes for shields/deflectors in the Star Wars universe were in place. A fighter simply flew through them and (literally) into the bridge.
Photon torpedoes could do the same.
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Hitting a rock with a feather at 300,000 KM distance is still hitting a rock with a feather.
YMMV.
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