All Era Engine Table

Comparison of Cargo Engine Performance (All Eras)

Era	Engine	Slots					WSP	WSP*	Speed*	Reliability*
1	Swallow	1	70%	18	60	3	180	171	57	95%
1	Raven	1	60%	7	70	4	280	261	65	93.33%
1	Rhinoceros	1	50%	14	130	3	390	358	119	91.67%
1	Donkey	1	40%	3	60	6	360	324	54	90%
1	Falcon	1	70%	3	160	4	640	608	152	95%
1	Mole	1	90%	5	85	5	425	418	84	98.33%
1	Red Kite (bonus)	1	100%	10	110	6	660	660	110	100%
2	Bat	1	60%	2	175	5	875	817	163	93.33%
2	Panther	1	90%	5	105	5	525	516	103	98.33%
2	Black Bear	1	65%	19	90	6	540	509	85	94.17%
2	Lynx	1	50%	15	150	5	750	688	138	91.67%
2	Boar	1	70%	9	115	6	690	656	109	95%
2	Elephant	1	40%	2	65	11	715	644	59	90%
2	Bull (bonus)	1	95%	9	140	7	980	972	139	99.17%
3	Odin	1	75%	10	140	6	840	805	134	95.83%
3	Dionysos	1	70%	16	200	5	1000	950	190	95%
3	Herakles	1	50%	1	95	11	1045	958	87	91.67%
3	Prometheus	1	65%	20	105	8	840	791	99	94.17%
3	Osiris	1	95%	6	130	7	910	902	129	99.17%
3	Morpheus	2	75%	3	250	8 (16)	2000 (4000)	1917 (3833)	240	95.83%
3	Isis (bonus)	1	90%	11	150	9	1350	1328	148	98.33%
4	Apollo	1	50%	2	85	13	1105	1013	78	91.67%
4	Ares	1	95%	8	140	8	1120	1111	139	99.17%
4	Neptune	1	70%	2	260	10	2600	2470	247	95%
4	Horus	1	70%	20	115	10	1150	1093	109	95%
4	Thor	1	60%	17	210	8	1680	1568	196	93.33%
4	Poseidon	3	80%	10	170	9 (27)	1530 (4590)	1479 (4437)	164	96.67%
4	Zeus (bonus)	1	90%	12	170	11	1870	1839	167	98.33%
5	Unicorn	1	95%	7	160	10	1600	1587	159	99.17%
5	Medusa	1	65%	16	240	9	2160	2034	226	94.17%
5	Basilisk	1	75%	8	160	11	1760	1687	153	95.83%
5	Satyr	1	60%	3	280	12	3360	3136	261	93.33%
5	Leviathan	1	50%	2	100	18	1800	1650	92	91.67%
5	Centaur	4	80%	20	135	12.5 (50)	1687.5 (6750)	1631 (6525)	131	96.67%
5	Sphinx (bonus)	1	85%	15	185	14	2590	2525	180	97.5%
6	Ogre	1	50%	1	80	25	2000	1833	73	91.67%
6	Phoenix	1	70%	2	300	17	5100	4845	285	95%
6	Pegasus	1	95%	8	150	13	1950	1934	149	99.17%
6	Lindworm	1	75%	10	155	14	2170	2080	149	95.83%
6	Hydra	1	80%	20	105	18	1890	1827	102	96.67%
6	Olympus	5	70%	18	250	13 (65)	3250 (16250)	3088 (15438)	238	95%
6	Valkyrie (bonus)	1	90%	15	340	16	5440	5349	334	98.33%
7	Titan (bonus)	1	90%	2	115	46	5290	5202	113	98.33%
6	Primus (bonus)	1	95%	13	250	15	3750	3719	248	99.17%

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)

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

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

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.