Re: Hardened Systems
From: "Izenberg, Noam" <Noam.Izenberg@j...>
Date: Thu, 14 Jan 1999 09:16:07 -0500
Subject: Re: Hardened Systems
Arrowsmith:
> Heres our House Rule coving Hardened Systems;
> Heavy Armour
> Mass: 3 Points 15
> absorbs 3 criticals
> Just Draw three boxes on you SDD, and start checking off treshold
rolls..
The only problem I have with this is that no one defines the order in
which you roll threshold checks. With 3 criticals, I'd make sure my most
vital systems were checked first. This is a minor point, but increases
the effectiveness of the system.
As for the other hardening issues, I certainly agree that it is a matter
of perspective and choice. I can also see that for critical systems -
like launchers on carriers - hardening might be a preferred option. But
tha actual game effect of hardening is marginal, IMHO, with the systems
you have to sacrifice to harden the ones you want to protect.
Listen to me - I hate random effects (If I knew of a diceless space
combat game, I'd be all over it), and here I am arguing against a system
that reduces randomness in FT. Go figure.
Re: Jared Noble's 'Hardened Block' of systems - that makes more sense to
me as far as logic and cost-benefit.
Since I'm most familiar with the term Hardening with respect to
radiation and EMP's, I have a weapon to balance this new protection
system: The EMP cannon.
Mass 3, Cost 9 for 1 arc Mass 1, Cost 3 for each additional 2 arcs
Works like a modified EMP missile.
1) Roll beam dice - 1 at range 9-18" 2 at range 0-9" Reroll on 6
2) Total from beam dice is total number of systems that _may_ go down.
3) Roll thresholds on target ship, stopping when all systems have been
checked _or_ a number of systems equalling the total from step 2 have
failed. (Player of target ship choses order of threshold rolls).
-All threshold rolls from EMP Cannon are fail on 6.
-Hardened systems protect from EMP attack without destroying the
hardening.
Speedier play version - EMP Cannon hits once on a 5 twice on a 6, target
player choses non-hardened systems to be damaged.
Noam
Noam R. Izenberg noam.izenberg@jhuapl.edu