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Call us today. With the LocalSaver App, saving money on the products and services you use everyday has never been so easy. Careers - We're Hiring. Ratings from. Our mission is to offer quality coupons to our shoppers. If you're experiencing problem with the coupon, please let us know. Plano, TX Change. If it does not, the attacker may carry out orbital bombardment, though he is supposed to start with military targets and work his way down the list towards civilian targets. There is, however, a catch—the aforesaid Eridani Edict, which the Solarian League enacted after several billion of its citizens were killed in orbital bombardments in the Epsilon Eridani System.

Which means, I suspect, that no one will try it. Of course, I could be wrong. My point, however, was if it is impossible to stop a fractional cee attack against orbital installations, why isn't it happening? The Peeps have shown that they have the ability to make deep penetration operations Silesia and Fourth Yeltsin and also sneaky ones like the Argus operation before the war.

A Peep attack force could come out of hyper a few light months out of Manticore, accelerate up to. The Manties would never know they had even been there until the missiles hit two months later. Excuse me. I never meant to say that ALL fixed defenses were sitting ducks for cee-fractional attacks, and I think there has been some misreading here.

Newer forts, like those the RMN has deployed to cover wormhole termini and planets, HAVE the ability to move albeit at low accel rates and so are not required to hold absolutely predictable positions. This means that long-range cee-fractional strikes become much less effective against them. And, of course, even if the warheads reach attack range of a modern fort, they still have to burn through sidewalls much more powerful than those which could be squeezed into the small forts Grayson had refitted.

The orbital defenses of Hades are vulnerable for an additional reason: they not only cannot maneuver, but they also have no sidewalls and can be killed by proximity attacks. As for the tactic of dropping out of hyper so far out as to be undetected, launching the missiles, accelerating them to. This means you will have to launch blind and hope your targeting data from your system ephemeris is accurate enough to fire "off the map" and hit a target which, however large in absolute terms, is a flea-speck on any sort of solar system scale.

This will even further degrade their ability even to see their targets, should they happen to enter attack range. This is not a problem as long as it is an enemy warship, but suppose the wrong target is a neutral freighter? Or a passenger liner? Something like that could be Hard To Explain to the neutral news services. All in all, this is a tactic which looks good on paper but doesn't work well in real life. If the size relation ship between a LAC and an SD was the same as that between an F and a Nimitz class carrier, then a Lac would mass tons.

I have gotten the impression, however, that a LAC is actually somewhere in the 10, - 20, ton range. Anyone have any ideas? Try 20, tons. Getting away from LAC's for a minute. Start with a large design.

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Lets try 20 or 30M. Full range of armor, design from the core out as a ship of battle. Is there an upper limit on energy weapons other then the size of the ship you are trying to fit them into? What would happen if you took a SD size graser and doubled the size and capability?

Would that provide a sufficient increase in power output and range to justify the increased space requirement? What would the range be then? What about if the new class could launch 18 pods every 6 seconds.

Would this be sufficient firepower to justify building a division or 2 of these ships? Would the shielding, armor, etc that you could put on a ship this size reduce it's vulnerability due to it's being a larger the biggest in sight target? Using current technology, even with Grayson-derived inertial compensators, a ship of the mass you are describing would have a pitifully low acceleration rate.

Remember that even the RMN's 16,,ton Junction forts have an itty-bitty acceleration compared to any warship out there. Go back and look at the technical appendices in MTH, although there is a typo in the section describing the drop off in max accel above 8. The actual drop is 1 G per 21, tons of mass above that.

Thus a 30 MT ship, which is Which, of course, would be a negative number—theoretically speaking. In fact, of course, it would simply be immobile.

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Andrew, On the targeting issue, I think you are overlooking how big space is and how much acceleration these ships have to work with. In a ten second time span a ship could be dozens, hundreds or even thousands of kilometers away from where its "predicted course" would have put it if it had not changed course. No "canister blast" of energy shots over a wide area is going to have much luck hitting anything. As for the wall of battle - true its maneuverability is somewhat restricted but even a very tight wall is still mostly empty space. FTL energy weapons, hey? I don't think so.

On the long-range energy weapon targeting question, I really hate to point this out, but they don't even have to change course randomly to screw you up at really extended ranges. All they have to do is roll ship at unpredictable intervals, since no energy weapon can penetrate an impeller wedge. And a wall of battle can do that without undue difficulty if they are well trained and drilled.

For that matter, individual ships within the wall could roll ship AS individuals rather than attempting to roll the entire wall at once, which would REALLY confuse your sensors at that sort of extended range. Since SOMEONE would be shooting at you the entire time, it would be extremely difficult aka, impossible to tell which ship was in what attitude at any given moment. I don't plan to discuss their tactical doctrine or combat debut with any specificity, because I don't want to inadvertently give up any spoilers for what happens in the book, but I'm sure you uninhibited bunch of speculators can have fun playing with the new class all on your own.

It has NO broadside armament OR point defense.

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The SHRIKE's main armament is a spinal graser mount equivalent to a main battery weapon from one of the HOMER-class BCs , 4 "revolver" launchers for shipkiller missiles, and 4 counter-missile tubes, supported by 6 point defense laser clusters mounted around the graser emitter. The missile tubes are in blisters mounted aft of the forward impeller ring, aligned to fire between the nodes, which is the reason the normal hammerhead was Omitted: to clear the tubes' field of fire.

Because of advances in mass drivers, missile on-board electronics, and shipboard fire control, coupled with the tubes' placement aft of the forward ring, a SHRIKE can fire attack missiles OR point defense missiles at angles of up to degrees "off bore". The SHRIKE's shipkillers are equivalent to those carried by CLs or DDs, and each revolver magazine carries 5 missiles total of 20 anti-shipping missiles carried internally , while the counter-missile magazine contains 52 missiles.

These are MUCH more powerful than older beta nodes, reducing the required number of nodes from 16 per impeller ring to only 8. The mass savings also permit much more powerful sidewall generators, and the efficiency of the SHRIKEs' sidewalls is roughly equivalent to that of many older CAs, though not to that of the most recent ships of that type. In addition, one of the LACs biggest problems has always been limited endurance; they simply do not have the bunker space for fusion reactor hydrogen for more than a few weeks' cruising.

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Coupled with their much smaller impeller signatures, which are already much less readily detectable than a DD's, that makes them far more stealthy than any other warship yet built. A SHRIKE mounts 3 tractors, which means it can tow up to 3 missile pods, but only with severe degradation of its acceleration curve. In addition, even a single pod on tow requires drive power levels which make stealth very difficult even with all the EW built into the new class.

The P4 Com pulse repetition rate per beta node increase from one roughly every 93 seconds to one about every 9.