Maico, your arguement is full of assumptions and guesses. First of all, that quote I gave was talking about MAC's, NOT SMAC's. If it was talking about a SMAC, it would have said SMAC. So a MAC round fired by a frigate, could reach the moon in 3.2 seconds? And how long would it take for a nuke to reach the moon?As for your nuke thing, the blast radius is excedingly small in space when compared to an in-atmosphere detonation. Furthermore, you assume the shields wouldn't block out the radiation, and that the hull wouldn't block it. And you fruther assume the shields aren't resistant to an EMP affect. Last time I checked, covenant shields were plasma, and I'm not very good at science, but EMP's affect electronics, NOT plasma. So I see no reason why an EMP would knock out a covenant ships shields.Also, it depends on the MAC, and the covenant ship. A SMAC can destroy an entire battlecruiser in one hit. I think a Marathons MAC can one-hit kill a covenant frigate. So it all depends on the size of the MAC, and strength of the enemy ship. Furthermore, a nuke does NOT have a multi-mile blast radius in space. That blast radius comes from the shockwave the nuke produces, NOT the explosion itself.Half of the reasons you give for the nuke being superior, are assumptions. You ASSUME the nuke has such a large blast radius, you ASSUME the EMP would damage the covenant ships. While my arguements for the MAC are based on canon information. Also, I believe an EMP simply shuts down electronic devices. All that would mean is a covenant couldn't guide it's plasma torpedos, it could still fight just fine.So really, a nuke's strength comes from it's blast radius and as I stated, that's not that large in space. Furthermore, I'm looking it up right now and it says a covenant frigate's shields can withstand a nuke, a frigate, the loweliest ship the covenant have, can withstand a single nuke. Consequently, it can only withstand a single MAC aswell. So I don't see how a Nuke is any more powerfull then a MAC if both of them can't one-hit kill a single ship.
I assume this based off of evidence however. You assume based off of misguided facts.
In addition your making your own assumptions, have you noted ANY references for your information? Because i know i have and could if you have any questions.
Where does it say covenant shields are plasma?
Also if a covenant ship can guide its plasma torpedoes then an EMP can hit its shields because they work both ways. They keep damage out AND in, again i can reference a page number and book if you wish.
If your talking about normal MAC's then you have your numbers wrong, a frigate MAC round DOES NOT move at .4 the speed of light only SMAC rounds do.
Standard Magnetic Accelerator Cannon
The standard ship-mounted MAC fires a 600-ton ferric-tungsten projectile with a depleted uranium core at 30,000 m/s (this is circa 2525 - MAC technology might have improved since). The large amount of energy needed to fire the weapon is particularly onerous on a warship, and the extended recharge time is a significant factor in combat against Covenant warships as multiple MAC rounds are required to penetrate Covenant shields. The standard MAC is sufficient to destroy any human vessel or severely damage an unshielded Covenant vessel.
A UNSC Defense Platform typically mounts a much larger and more powerful version of the standard MAC, nicknamed "Super MAC" or "the Big Stick." These Super MACs fired a 3000-ton ferric-tungsten round at "point four-tenths c"[3]., powerful enough to penetrate a fully shielded Covenant warship and destroy it. By receiving power from ground-based powerplants, orbital platforms could achieve recharge and reload times as short as five seconds. However, it is unknown if a UNSC ship has a super MAC gun because it would need to be extremely massive (the ship.) A super MAC round would exert roughly 1/1000 the energy of the astroid that wiped out the dinosaurs (and most of the rest of life on earth).
Another thing you seem to have completely forgotten is that a nuke is a MISSILE. Sure it may only move at 1/10th the speed of a ship based MAC round but it can be guided and have its trajectory CHANGED. It can be laid in wait as a trap or used via a longsword fighter.
Also the NOVA bomb (aka planet cracker) employed by the UNSC used 9 warheads and had a detonation strong enough to whipe out a fleet of nearly 300 covenant ships, fragment a moon and scorch half a planet from an orbital position. While its set up did extend its yeild i don think we are to take these nukes so lightly.
We dont know what kind of power systems the covenant employ either, while an EMP shuts down all currently known human systems it may simply disable them for a short time on covenant based ships. THAT i will admit is an assumption.
Only a few metals can slow radioactive particals. Your assuming yourself that covenant ships can in fact repel these particals.
So lets see here,
Im 100% certain the EMP WOULD travel through covenant shields
Im about 80% certain the nukes would have enough blast radii to damage a large area.
And in relation to your argument about cov frigates, it also is evident via the books that almost all covenant ships can survive a nuke and just lose their shields unless they are outside the blast range in which case it can shrug it off with little if any damage.
How can i put this... In a fight between a Frigate and say, CCS class battle cruiser
A MAC round is like a shot from the BR, it takes 3 hits to take shields down and then damage can be done with anywhere from 1-4 killing the ship or in my metaphor another player.
A Shiva warhead is more like say a plasma pistol at full charge, removes the shields completely. Then another would be like the resulting melee at close range which would kill the opponent.
Finally, your currently just trying to discredit the nuke while adding no strength to your own argument.
Im saying from what ive read in the books which are cannon the nuke has appeared multiple times as the more tactical option which again, you said yourself is the one that should rely on anti-matter.
EDIT
The nuke is slower then the MAC, can be shot down by fighters or point defense systems, has a limited blast radius, and can't even do hull damage. Whereas the MAC travels to it's target in seconds, instead of minutes, can't be shot down, and not only rips through a covenant ships shields, but does some hull damage. Nothing you say can justify that the nuke is superior weapon, atleast nothing true to the series. All of your arguements for the nuke being better are based on assumptions and opinion, not Halo canon.
Nuke slower then MAC - TRUE
MAC takes seconds to travel - ALL weaponry does, its the type of MAC that determines how many seconds, and sometimes when using ship based MAC systems those seconds add up to minutes
Nukes can be shot down - TRUE however in all engagements they went unnoticed by the covenant
Nukes cant do hull damage - FALSE there are examples in book about vaporization of ships within blast radii of nuclear weaponry
MAC's cant be shot down - FALSE a MAC round is made of metal which covenant plasma weaponry has constantly proven can be quickly and easily melted through.
As for all spacial anomalies heres a little news, we live in a VERY selective and unique environment here in the Sol system. MOST other areas are filled with anomalies and have nearby systems that would wreak havok on earth be it placed in that area. We are in one of say approx 500,000 habitable planets, most others have far different surrounding anomalies then our own including binary star systems, different types of stars, other sets of asteroids or comets, different surrounding planetary bodies including but not limited to large iron core bodies like earth and mars to the extreme hot gas planets which are hotter then even some of the cooler stars.
With the odds of one or more of these anomalies appearing its illogical to rule them all out completely based on the immensely tiny section of the galaxy let alone universe in which we humans reside. So yes i make some assumptions, but thats because they're there in far greater numbers then even a 50 50 possibility, probably closer to a 90/10 or 95/5 possibility.