There is a statement in
TechManual that describes the
Ultra ACs' inability to use
special munitions as being a result of incompatibility between the munitions and the special magazines used by UACs.
As such, that statement would indicate that ACs in BT/MW are more commonly
magazine-fed or
clip-fed (like an assault rifle or submachine gun) rather than being
belt-fed (like a machine gun), where:
1.) the "auto" in "autocannon" refers to
both the automatic loading of a new shell (ACs and artillery fire
shells, Gauss Rifles fire
slugs, MGs fire
bullets) after the firing of a previous shell and the automatic replacement of a magazine/clip, and
2.) the ammo values given on the TT tables represent
magazines/
clips rather than
individual shells, such that the AC-20 ammo comes in sets of five
magazines/
clips per ton, where each magazine/clip contains a sufficient number of individual shells to allow for 10-seconds (one TT turn) of fire from the weapon before the magazine/clip is empty and needs to be replaced (e.g. AC-2 has 45 magazines per ton, AC-20 has 5 magazines per ton, each magazine contains multiple shells).
As such, I would imagine that, in terms of ROF, the AC-2s (~20-40 mm) would behave more like very large SMGs and AC-5s (~50-90 mm) would behave more like very large ARs while AC-10s (~100-140 mm) would behave more like
tank guns and AC-20s (~150-203+ mm) would behave more like direct-fire versions of heavy artillery (
howitzers and
naval artillery).
My view is that all ACs should fire salvos of 1-6 shells (number of shells per salvo increasing as AC size decreases), with damage-per-shell
and shells-per-magazine/clip
and frequency-of-salvos/bursts (ROF)
and heat-per-salvo/burst balanced against each other such that the weapons' DPS and ammo consumption are reflective of those implied by the TT values.
The high-ROF models - UACs and
RACs - should then be able to fire salvos/bursts more frequently than their
Standard,
LB-X,
Light, and
HV brethren (2x for UACs, up to 6x for RACs) at the cost of increased ammo consumption, reduced accuracy (greater spread of shells) at range (due to recoil), and some sort of ROF-limiter mechanic ("mechanical jamming", "barrel overheating", etc).
Your thoughts?
Edited by Strum Wealh, 08 February 2012 - 12:26 PM.