- Yes
- No
The new Gaijin game, Active Matter, has implemented an MOA system for weapons instead of an RNG Deviation Model.
For those unaware, Minute of Angle, or MOA, is the measurement system used to measure the precision of firearms in the real world.
Enlisted Shot Deviation → MOA Conversion
Enlisted’s current Shot Deviation stat is effectively the underlying dispersion angle ×100. For example, the base MP 40 is shown as 82 Shot Deviation, while the underlying dispersion value is 0.82. Enlisted dispersion is treated as the full cone angle in degrees.
So:
1 Enlisted Shot Deviation = 0.01° = 0.6 MOA
Using true MOA, where:
1 MOA ≈ 1.047 in at 100 yd ≈ 2.909 cm at 100 m
Shot Deviation → MOA
1 Shot Deviation = 0.6 MOA [0.63 in / 1.75 cm]
2 Shot Deviation = 1.2 MOA [1.26 in / 3.49 cm]
3 Shot Deviation = 1.8 MOA [1.88 in / 5.24 cm]
5 Shot Deviation = 3.0 MOA [3.14 in / 8.73 cm]
10 Shot Deviation = 6.0 MOA [6.28 in / 17.45 cm]
15 Shot Deviation = 9.0 MOA [9.42 in / 26.18 cm]
20 Shot Deviation = 12.0 MOA [12.57 in / 34.91 cm]
25 Shot Deviation = 15.0 MOA [15.71 in / 43.63 cm]
50 Shot Deviation = 30.0 MOA [31.42 in / 87.27 cm]
75 Shot Deviation = 45.0 MOA [47.12 in / 130.90 cm]
100 Shot Deviation = 60.0 MOA [62.83 in / 174.54 cm]
150 Shot Deviation = 90.0 MOA [94.25 in / 261.81 cm]
Distance Conversion
1 Shot Deviation → 0.63" at 100 Yards / 1.75 cm at 100 Meters
2 Shot Deviation → 1.26" at 100 Yards / 3.49 cm at 100 Meters
3 Shot Deviation → 1.88" at 100 Yards / 5.24 cm at 100 Meters
5 Shot Deviation → 3.14" at 100 Yards / 8.73 cm at 100 Meters
10 Shot Deviation → 6.28" at 100 Yards / 17.45 cm at 100 Meters
15 Shot Deviation → 9.42" at 100 Yards / 26.18 cm at 100 Meters
20 Shot Deviation → 12.57" at 100 Yards / 34.91 cm at 100 Meters
25 Shot Deviation → 15.71" at 100 Yards / 43.63 cm at 100 Meters
50 Shot Deviation → 31.42" at 100 Yards / 87.27 cm at 100 Meters
75 Shot Deviation → 47.12" at 100 Yards / 130.90 cm at 100 Meters
100 Shot Deviation → 62.83" at 100 Yards / 174.54 cm at 100 Meters
150 Shot Deviation → 94.25" at 100 Yards / 261.81 cm at 100 Meters
One important detail: these numbers are the full extreme-to-extreme dispersion cone, equivalent to how an MOA group size is normally stated, so 25 Shot Deviation = 15 MOA = ~15.71″ diameter at 100 yd.
This means a maximum geometric deviation of roughly ±7.85″ from the point of aim.
Enlisted also biases shots toward the center rather than distributing every bullet uniformly at the cone’s outer edge. This makes some Enlisted values pretty wild:
82 Shot Deviation on the base MP 40 ≈ 49.2 MOA ≈ 51.5″ at 100 yards.
Weapon Dispersion Conversions
1 Enlisted Shot Deviation = 0.6 MOA = 0.628″ at 100 yd = 1.745 cm at 100 m
USA 
S&W M1917
70 Shot Deviation = 42.0 MOA [43.98″ at 100 yd / 122.17 cm at 100 m]
M1911A1
90 Shot Deviation = 54.0 MOA [56.55″ at 100 yd / 157.08 cm at 100 m]
M1903A1 USMC
8 Shot Deviation = 4.8 MOA [5.03″ at 100 yd / 13.96 cm at 100 m]
M1921AC
21 Shot Deviation = 12.6 MOA [13.19″ at 100 yd / 36.65 cm at 100 m]
M1A1 Thompson
73 Shot Deviation = 43.8 MOA [45.87″ at 100 yd / 127.41 cm at 100 m]
M1 Carbine
20 Shot Deviation = 12.0 MOA [12.57″ at 100 yd / 34.91 cm at 100 m]
M1 Garand
20 Shot Deviation = 12.0 MOA [12.57″ at 100 yd / 34.91 cm at 100 m]
BAR M1918A2
30 Shot Deviation = 18.0 MOA [18.85″ at 100 yd / 52.36 cm at 100 m]
Browning M1919A6
34 Shot Deviation = 20.4 MOA [21.36″ at 100 yd / 59.34 cm at 100 m]
USSR ☭🚩
Nagant M1895
40 Shot Deviation = 24.0 MOA [25.13″ at 100 yd / 69.81 cm at 100 m]
Tokarev TT-33
92 Shot Deviation = 55.2 MOA [57.81″ at 100 yd / 160.57 cm at 100 m]
Mosin M91/30
8 Shot Deviation = 4.8 MOA [5.03″ at 100 yd / 13.96 cm at 100 m]
PPSh-41
70 Shot Deviation = 42.0 MOA [43.98″ at 100 yd / 122.17 cm at 100 m]
PPS-43
71 Shot Deviation = 42.6 MOA [44.61″ at 100 yd / 123.92 cm at 100 m]
SVT-40
18 Shot Deviation = 10.8 MOA [11.31″ at 100 yd / 31.42 cm at 100 m]
DPM
37 Shot Deviation = 22.2 MOA [23.25″ at 100 yd / 64.58 cm at 100 m]
3rd Reich 
Mauser C96
80 Shot Deviation = 48.0 MOA [50.27″ at 100 yd / 139.63 cm at 100 m]
Walther PPK
100 Shot Deviation = 60.0 MOA [62.83″ at 100 yd / 174.53 cm at 100 m]
Kar98k
8 Shot Deviation = 4.8 MOA [5.03″ at 100 yd / 13.96 cm at 100 m]
MP 40
70 Shot Deviation = 42.0 MOA [43.98″ at 100 yd / 122.17 cm at 100 m]
MP 717(r)
70 Shot Deviation = 42.0 MOA [43.98″ at 100 yd / 122.17 cm at 100 m]
StG 44
22 Shot Deviation = 13.2 MOA [13.82″ at 100 yd / 38.40 cm at 100 m]
Gewehr 43
18 Shot Deviation = 10.8 MOA [11.31″ at 100 yd / 31.42 cm at 100 m]
FG 42
25 Shot Deviation = 15.0 MOA [15.71″ at 100 yd / 43.63 cm at 100 m]
MG 34
40 Shot Deviation = 24.0 MOA [25.13″ at 100 yd / 69.81 cm at 100 m]
MG 42
41 Shot Deviation = 24.6 MOA [25.76″ at 100 yd / 71.56 cm at 100 m]
Empire of Japan 
Nambu Type 14
86 Shot Deviation = 51.6 MOA [54.04″ at 100 yd / 150.10 cm at 100 m]
Nambu Type 94
100 Shot Deviation = 60.0 MOA [62.83″ at 100 yd / 174.53 cm at 100 m]
Arisaka Type 38
8 Shot Deviation = 4.8 MOA [5.03″ at 100 yd / 13.96 cm at 100 m]
Type Be (SIG M1920)
63 Shot Deviation = 37.8 MOA [39.58″ at 100 yd / 109.96 cm at 100 m]
Type 100 (1944+)
64 Shot Deviation = 38.4 MOA [40.21″ at 100 yd / 111.70 cm at 100 m]
Nambu Type 99 LMG
31 Shot Deviation = 18.6 MOA [19.48″ at 100 yd / 54.11 cm at 100 m]
These values are full dispersion diameters. For example:
M1903A1 USMC — 8 Shot Deviation = 4.8 MOA ≈ 5.03″ group diameter at 100 yards.
Now, it’s important to note that if any of those guns came off the production line in WW2 with Enlisted’s dispersion → MOA values, they would be rejected immediately. An M1903A1 or Kar98k, or any military rifle exceeding 4+ MOA, would be unacceptable to every military on the planet. In reality, rifles like the Kar98k did suffer from poor wartime barrels and ammunition, leading to poor accuracy, but not 4+ MOA at just 100 yards. That is the accuracy that poor examples of 7.62×39mm AKMs have and would add up to an entire foot, or 12-inch groups, at 300 yards, which is standard expected engagement distance for a bolt action.
Enlisted’s depiction of Self Loading rifles is even worse. In reality, a rifle like the SVT-40 was plagued with accuracy issues; examples could exhibit an MOA grouping exceeding 5 inches at 100 yards, but Enlisted decided to depict the rifle with 10.8, which is more than double.
Enlisted’s depiction of submachine guns is where things get interesting. If Submachine guns were like this during the Second World War, then they wouldn’t have been used, period.
The M1921AC is depicted as 12.6 MOA, which is nothing like its real-world performance. In reality, M1921 pattern Thompsons achieved groupings of 4–6 MOA, which is excellent for a Submachine Gun. It’s so good that it holds up to modern submachine Guns like the MP5, which achieves groups of 4–5 MOA.
I won’t go into the other SMGs all that much, but in reality, the worst SMGs, like the STEN Mk.II, achieved groups of 8–12 MOA, which corresponds to [approximately 13.3–20 Enlisted Shot Deviation], which is terrible.
Now I would continue this with Pistols, Intermediate Rifles and Carbines, and Medium Machine Guns, but you already understand the basics.
Although I will say one thing… in reality, Martin Luther’s Arquebus Barrel does not magically teleport into an MG 42 just because you start walking forward while firing.