How to optimize trains for better transfer per min in satisfactory

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Explanations 3:06
How to find your min and max interval range 9:43
Setting up the rail system 14:32
Having the right amount of trains 17:57
Making adjustments to the interval 19:01
Rail systems with intersections 21:04
Note on dealing with bad framerate 25:02
32 stacks per freight car
locks 28sec per trip, 0.467 metric min (I made that up, it's not a term that exists)
max belt is 1560
stacks of 50, 1 train every 1.367 mmin (1m22): 1170
stacks of 100, 1 train every 2.254 mmin (2m15): 1418
stacks of 200, 1 train every 4.212 mmin (4m13): 1519
stacks of 500, 1 train every 10.3 mmin (10m18): 1553
This is the equation for stacks of 100:
x = mmin
3200 /x = max train
(1560x² -728) /x² = max belt
How to solve to get optimal:
3200 /x = (1560x² -728) /x²
0 = 1560x² -3200x -728
0 = (40x +8.282)(39x -87.9)
87.9 = 39x
2.254 = x
Your minimum and maximum time range:
x = train interval in metric min (multiply by 60 to get the time in real seconds)
y = the amount you need per minute
maximum: 3200 /y = x
minimum: ²√ (728 /(1560 -y)) = x

[@BabyJeus]

Have you tried using industrial storage. Two belts out of train station into industrial storage and only one belt out or if two belts. One is of lessor mark like two mark 6 in and 1 mrk 3 and 1 mrk 6 out. This eliminates the lock out from train staion.

[@donwald3436]

has this game even released yet lol.

[@RicardoVermeltfoort]

still early access
but 1.0 has been confirmed to release this year

[@leGUIGUI]

Your "metric minute" is a minute divided by 60? Did you know it’s called a "second"?😂
You basically made your calculation per second instead of per minute, which does fit the metric system standard.

[@siriuscowking]

@@leGUIGUI Here in canada we mesure time in maple syrup per year and then convert to whatever number of hours it takes to reach that number. For some reason I didn't even realized it was seconds...

[@leGUIGUI]

@@siriuscowking actually, looking again at your numbers, I realised I was a bit mistaken as it is the seconds you divided by 60 (28/60= 0.467) so what you actually did was converting seconds into minutes. which make sense seeing most flow rates in Satisfactory are rated per minutes. Your "metric minutes" are simply minutes.😅