All Era Engine Table

• Era 1 Engines
• Era 2 Engines
• Era 3 Engines
• Era 4 Engines
• Era 5 Engines
• Era 6 Engines

1/6

Special bonus engines available in all Eras

Some Bonus engines are not Era specific, you can either buy them with Gold or win them through lottery, bonus videos or events.

Engine	Description
Career engine	The Career engine is one that you can earn and gradually upgrade from achievements and follows you through your rail nation career across games.
Pollux	The Pollux Engine is added to new servers since between Feb 11th 2021 and is gradually upgraded through Bonus video rewards.
Primus	The Primus engine is one that you can win in lotteries or sometimes get when buying gold. It adapts with abilities to each era it is in.
Ice-breaker	The Ice-breaker is a special engine only available during the winter event, you can keep it untill the end of the server. Its attributes are adjusted to the era you win it in.
Magnus	This Magnus engine is one that you can win through Daily Power Bonus. Once activated it is only available for 24 hours. It adapts with abilities to each era it is in.

Comparison of Cargo Engine Performance (All Eras)

Era	Engine	Slots					WSP	WSP*	Speed*	Reliability*
1	Pollux ✨	1	20%	1	50	1	50	43	43	86.67%
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 ✨	1	100%	10	110	6	660	660	110	100%
1	Primus ✨	1	95%	13	90	5	450	446	89	99.17%
1	Ice-breaker ✨	1	95%	13	90	5	450	446	89	99.17%
1	Magnus ✨	1	100%	10	170	4	680	680	170	100%
2	Pollux ✨	1	30%	4	80	4	320	283	71	88.33%
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 ✨	1	95%	9	140	7	980	972	139	99.17%
2	Primus ✨	1	95%	13	115	6	690	684	114	99.17%
2	Ice-breaker ✨	1	90%	5	100	9	900	885	98	98.33%
2	Magnus ✨	1	100%	12	180	5	900	900	180	100%
3	Pollux ✨	1	45%	7	100	7	700	636	91	90.83%
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 ✨	1	90%	11	150	9	1350	1328	148	98.33%
3	Primus ✨	1	95%	13	125	8	1000	992	124	99.17%
3	Ice-breaker ✨	1	85%	6	110	11	1210	1180	107	97.5%
3	Magnus ✨	1	100%	14	190	7	1330	1330	190	100%
4	Pollux ✨	1	60%	10	120	10	1200	1120	112	93.33%
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 ✨	1	90%	12	170	11	1870	1839	167	98.33%
4	Primus ✨	1	95%	13	145	10	1450	1438	144	99.17%
4	Ice-breaker ✨	1	80%	3	140	12	1680	1624	135	96.67%
4	Magnus ✨	1	100%	16	200	9	1800	1800	200	100%
5	Pollux ✨	1	70%	13	140	14	1960	1862	133	95%
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 ✨	1	85%	15	185	14	2590	2525	180	97.5%
5	Primus ✨	1	95%	13	155	12	1860	1845	154	99.17%
5	Ice-breaker ✨	1	75%	7	170	13	2210	2118	163	95.83%
5	Magnus ✨	1	100%	18	220	11	2420	2420	220	100%
6	Pollux ✨	1	85%	15	165	17	2805	2735	161	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 ✨	1	90%	15	340	16	5440	5349	334	98.33%
6	Primus ✨	1	95%	13	250	15	3750	3719	248	99.17%
6	Ice-breaker ✨	1	70%	5	220	19	4180	3971	209	95%
6	Magnus ✨	1	100%	20	240	14	3360	3360	240	100%
7	Pollux ✨	1	100%	20	180	20	3600	3600	180	100%
7	Titan ✨	1	90%	2	115	46	5290	5202	113	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)

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 ✨	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 ✨	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 ✨	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 ✨	1	90%	10	230	170	39100	38448	226	98.33%
5	Talos	1	50%	5	300	145	43500	39875	275	91.67%
5	Aten	4	85%	18	120	220 (880)	26400 (105600)	25740 (102960)	117	97.5%
5	Icarus ✨	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 ✨	1	90%	20	370	295	109150	107331	364	98.33%
7	Aurora ✨	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.