Dracol, on 28 May 2014 - 04:35 PM, said:
IIRC, what brought about ACs doing damage so far past optimal range was the non-realistic feel of having shells just popping out of existence at x2 range.
Personally, I would love to see bullet drop implemented with no limit on ballistic range. AC/20 would drop like a rock after optimal while AC/2 would continue on for a long while. From my understanding though, it would be a large drain on server resources and is most likely non-viable.
Another part of the issue is how PGI opted to implement MWO ACs.
In BattleTech, effectively all examples of most AC types (Standard ACs, LB-X ACs when in "slug mode", Light ACs, and HVACs) are burst fire weapons, firing 3 to 10 smaller individual shells instead of a single large shell; this is explained under the advanced gameplay rules found in Tactical Operations , various TRO entries describing exactly how many shells some ACs fire (e.g. it is explicitly documented in several places that the Marauder's "GM Whirlwind" AC/5 fires a three-round burst), and numerous examples of AC fire found in the BattleTech novels.
If the Standard ACs had been implemented correctly (that is, as burst-fire weapons), then the recoil of the larger ACs' individual shells - and, consequently, the spread of the burst at any given range - could be adjusted (together with variables like muzzle velocity, drop rate, and so on) so that it was substantially more difficult (albeit not necessarily impossible) to land all of the salvo's damage within a specific hitbox at longer ranges (as opposed to spreading the damage over the target, possibly having some of it miss completely), while the smaller ACs' shells would produce less recoil (in addition to different values for variables like muzzle velocity, drop rate, and so on) and consequently be able to more easily land all of the salvo's damage within a specific hitbox at longer ranges.
For that matter, the ACs might have even be able to keep the 3x effective-to-maximum range multiplier if burst spread could have been used to mitigate the accuracy (and, thus, capacity for concentrated damage) of the larger ACs at longer ranges...

























