Thanks for the all the replies.
Didn't know ".target" existed! Any other not so well known "dot" commands?
Using .target I can see the dispersion with the Buff guns and I see the "stream" that guns from a fighter makes.
Now... from .target it's easy to see the buff guns make a shot gun-like pattern...
but the question is why are they so lethal?
I ask this because of the following impression - I know this is all anticdotal - and I don't have hard statistical data but here me out because based upon my own experience and some testing I've done (though probably not scientific) I can understand why other's feel that buff guns have a "laser-like" or greater damage factor than .50 on a fighter.
A friend and I did some testing the other night in H2H.
My friend flew the buff and I flew a fighter.
I trailed the buff at an angle off of about 7 to 8 o'clock. So it wasn't a true 6 approach.
When he ranged me at 1.2k he started firing. When I saw the tracers coming at me I started weaving and rolling, diving and climbing to avoid any stream landing on me.
We did 20 tests.
11 out of 20 times, on the very first ping I got pilot wounded.
Wasn't multiple pings... was the very first ping. The bomber was co-alt or below. And a few times, the planes belly was towards the bomber.
On 5 out of 20, engine, fuel, oil, or guns were damaged - again on the very first ping.
4 times I was able to close to with in about 500 to 300 yards before getting any damage or pinged, but at this range, once I did start getting pinged, major parts were falling off - the plane discentigrated.
With such a wide dispersion - sure I can see the higher chance of getting pinged.
What I don't understand is how easy it is to do major or critcal damage with such a wide dispersion.
Radiator, fuel, oil, guns - I can see that damage happening with 1 or 2 bullets.
What I don't understand is the high rate at which the golden Beebee wounds the pilot.
There's 3 to 4 feet of engine in front of the pilot, covering his chest, waist, and feet. Some planes have armor plating around the cockpit.
Shoulders and face are, in some planes, protected by armored glass in the front. The spitfire is one. Does the damage modeling take this into affect?
It makes me wonder if the damage model is set up so that any shot hitting the canopy is considered pilot wounding.
HiTech, is this so?
Isn't there a lot of space behind and to the side of the pilot that a bullet can travel through the cockpit and not hit the pilot.
Any ways that's my 2 cents.
DmdNexus