Kyle Wright, on 28 May 2014 - 03:35 PM, said:
THIS IS B.S.!!!!!!
Nerfing Ac's especially the AC20 is goign to make mechs like the Hunchback and Yen Lo Wang DEAD!!!!
Why? Because as is these mechs have to get close as is, but now you are asking them to get even closer. All it will take is a decent alpha and there goes THE WANGS ARM, or pop pop pop goes the HUNCHIES HUNCH.
Mediums are out gunned and out armored and need every advantage possible. this will further force people to run Heavies and Assaults to withstand the onslaught up close.
The "why" is to bring the ACs more in-line with other weapons and to bring each AC in-line with the others.
With the 3x maximum-over-effective ranges,
- the AC/20 is dealing 10 units of damage out to 540 meters while the AC/10 is dealing 10 units of damage out to only 450 meters
- the AC/20 is dealing 5 units of damage out to ~675 meters while the AC/5 is dealing 5 units of damage out to only 620 meters (after having its optimal range increased from the canonical 540 meters)
- the AC/20 is dealing 2 units of damage out to ~756 meters while the AC/2 is dealing 2 units of damage out to only 720 meters
- the AC/10 is dealing 5 units of damage out to 900 meters while the AC/5 is dealing 5 units of damage out to only 620 meters (after having its optimal range increased from the canonical 540 meters)
- the AC/10 is dealing 2 units of damage out to ~1170 meters while the AC/2 is dealing 2 units of damage out to only 720 meters
- the AC/5 is dealing 2 units of damage out to ~1364 meters while the AC/2 is dealing 2 units of damage out to only 720 meters
The AC/20 should not be outperforming the AC/10 so far beyond the latter's optimal range, the AC/10 should not be outperforming the AC/5 so far beyond the latter's optimal range, and AC/5 should not be outperforming the AC/2 so far beyond the latter's optimal range.
As such, the options are to either make the drop-off rates exponential rather than linear, to reduce the maximum range and retain the linear drop-off, or to both reduce the maximum range
and make the drop-off rates exponential rather than linear.
PGI seems to have chosen the second option.