

Title | Posted |
---|---|
The origin of <em>Bolthole</em> | Oct 2002 |
The origin of the Manticoran technical edge | Nov 2004 |
The basis for Manticoran inventiveness | Jul 2005 |
White Haven's relief mission to Yeltsin | May 2008 |
Is the destroyer obsolete as a ship type? | Nov 2004 |
Battleship and SD(P) comparisons | Apr 2004 |
Construction time for the first-flight <em>Harringtons</em> | Dec 2004 |
Warship armor | Nov 2002 |
Escort CLACs | May 2008 |
Variable geometry starships | Sep 2004 |
A collection of posts by David Weber containing background information for his stories, collected and generously made available Joe Buckley.
Most of the other issues you've raised vis-à-vis the Mesan pods are answered by two basic considerations. First, my comments about cee-fractional strikes were predicated on the [way?] the people wanted these things to come looking in at 80 or 90% of light-speed. The Mesan ships are down to only 20% of light-speed when they deploy their pods, which means that they're coming in at only somewhere around 60,000 KPS instead of 270,000 KPS. Moreover, they were specifically designed for this specific operation. You can think of it as the equivalent of the Japanese adapting their torpedoes for the Pearl Harbor attack so that they didn't drive as deep and bury themselves in the harbor mud when they were dropped. Each pod is equipped with specially designed ablative shielding which obviously wouldn't stand up to the erosion of weeks and weeks of .9 cee travel but is tough enough to survive this attack profile, especially since they're going to be given their long-range targeting information from pre-deployed sensor platforms. In other words, what needs to be protected is their relatively short-range sensors, not what they'd be using to [acquire] targets at long range for themselves.