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Comparison of Cargo Engine Performance (All Eras) Edit

Engine Reliability Acceleration (/20) WSP Speed km/h Tractive Force Era Slots Reliability* WSP* Speed km/h*
Swallow 70% 18 180 60 3 1 1 95% 171 57
Raven 60% 7 280 70 4 1 1 93.33% 261 65
Rhinoceros 50% 14 390 130 3 1 1 91.67% 358 119
Donkey 40% 3 360 60 6 1 1 90% 324 54
Falcon 70% 3 640 160 4 1 1 95% 608 152
Mole 90% 5 425 85 5 1 1 98.33% 418 84
Red Kite (bonus) 100% 10 660 110 6 1 1 100% 660 110
Bat 60% 2 875 175 5 2 1 93.33% 817 163
Panther 90% 5 525 105 5 2 1 98.33% 516 103
Black Bear 65% 19 540 90 6 2 1 94.17% 509 85
Lynx 50% 15 750 150 5 2 1 91.67% 688 138
Boar 70% 9 690 115 6 2 1 95% 656 109
Elephant 40% 2 715 65 11 2 1 90% 644 59
Bull (bonus) 95% 9 980 140 7 2 1 99.17% 972 139
Odin 75% 10 840 140 6 3 1 95.83% 805 134
Dionysos 70% 16 1000 200 5 3 1 95% 950 190
Herakles 50% 1 1045 95 11 3 1 91.67% 958 87
Prometheus 65% 20 840 105 8 3 1 94.17% 791 99
Osiris 95% 6 910 130 7 3 1 99.17% 902 129
Morpheus 75% 3 2000
(4000)
250 8
(16)
3 2 95.83% 1917
(3833)
240
Isis (bonus) 90% 11 1350 150 9 3 1 98.33% 1328 148
Apollo 50% 2 1105 85 13 4 1 91.67% 1013 78
Ares 95% 8 1120 140 8 4 1 99.17% 1111 139
Neptune 70% 2 2600 260 10 4 1 95% 2470 247
Horus 70% 20 1150 115 10 4 1 95% 1093 109
Thor 60% 17 1680 210 8 4 1 93.33% 1568 196
Poseidon 80% 10 1530
(4590)
170 9
(27)
4 3 96.67% 1479
(4437)
164
Zeus (bonus) 90% 12 1870 170 11 4 1 98.33% 1839 167
Unicorn 95% 7 1600 160 10 5 1 99.17% 1587 159
Medusa 65% 16 2160 240 9 5 1 94.17% 2034 226
Basilisk 75% 8 1760 160 11 5 1 95.83% 1687 153
Satyr 60% 3 3360 280 12 5 1 93.33% 3136 261
Leviathan 50% 2 1800 100 18 5 1 91.67% 1650 92
Centaur 80% 20 1687.5
(6750)
135 12.5
(50)
5 4 96.67% 1631
(6525)
131
Sphinx (bonus) 85% 15 2590 185 14 5 1 97.5% 2525 180
Ogre 50% 1 2000 80 25 6 1 91.67% 1833 73
Phoenix 70% 2 5100 300 17 6 1 95% 4845 285
Pegasus 95% 8 1950 150 13 6 1 99.17% 1934 149
Lindworm 75% 10 2170 155 14 6 1 95.83% 2080 149
Hydra 80% 20 1890 105 18 6 1 96.67% 1827 102
Olympus 70% 18 3250
(16250)
250 13
(65)
6 5 95% 3088
(15438)
238
Valkyrie (bonus) 90% 15 5440 340 16 6 1 98.33% 5349 334
Titan (bonus) 90% 2 5290 115 46 7 1 98.33% 5202 113

Notes
The values are for fully upgraded engines.
(Bracketed) values show the value for the train instead of the sortable values that are per train slot.
*Red values indicate averages based on an 8 hour servicing schedule (All values are rounded but Reliability is to 2)

Comparison of Passenger Engine Performance (All Eras) Edit

Engine Reliability Acceleration (/20) WSP Speed km/h Tractive Force Era Slots Reliability* WSP* Speed km/h*


Whale 85% 2 5225 95 55 1 1 97.5% 5094 93
Greyhound 60% 20 8550 190 45 1 1 93.33% 7980 177
Dragonfly (bonus) 100% 15 10200 170 60 1 1 100% 10200 170
Giraffe 50% 5 9450 105 90 2 1 91.67% 8663 96
Cheetah 90% 14 12375 225 55 2 1 98.33% 12169 221
Kangaroo (bonus) 95% 15 14300 130 110 2 1 99.17% 14181 129
Ajax 80% 14 15750 175 90 3 1 96.67% 15225 169
Artemis 40% 3 14400
(28800)
80 180
(360)
3 2 90% 12960
(25920)
72
Electra (bonus) 95% 20 21850 190 115 3 1 99.17% 21668 188
Hermes 80% 16 26600 280 95 4 1 96.67% 25713 271
Hypnos 50% 2 19800
(59400)
90 220
(660)
4 3 91.67% 18150
(54450)
83
Hades (bonus) 90% 10 39100 230 170 4 1 98.33% 38448 226
Aten 50% 5 43500 300 145 5 1 91.67% 39875 275
Talos 85% 18 26400
(105600)
120 220
(880)
5 4 97.5% 25740
(102960)
117
Icarus (bonus) 85% 20 69350 365 190 5 1 97.5% 67616 356
Minerva 60% 18 67650 330 205 6 1 93.33% 63140 308
Pluto 80% 3 40250
(201250)
115 350
(1750)
6 5 96.67% 38908
(194542)
111
Venus (bonus) 90% 20 109150 370 295 6 1 98.33% 107331 364
Aurora (bonus) 90% 20 132600 390 340 7 1 98.33% 130390 384

Notes
The values are for fully upgraded engines.
(Bracketed) values show the value for the train instead of the sortable values that are per train slot.
*Red values indicate averages based on an 8 hour servicing schedule (All values are rounded but Reliability is to 2)

Average Reliability Edit

Average reliability is based on the average speed calculation.
(StartSpeed+EndSpeed) / 2 = AverageSpeed
So the average speed for a length of time should be.
(EngineSpeed + (EngineSpeed*EndReliability)) / 2 = AverageSpeed
This calculation can be shuffled around to produce AverageReliability
(100%+EndReliability) / 2 = AverageReliability
The average reliability over a given length of time can then be used to directly adjust WSP or speed.

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