Vehicles

There are five main types of vehicles with various propulsion systems available in the game: rail vehicles, road vehicles, trams, ships and planes. In Transport Fever 2, vehicles can haul different types of cargo or transport passengers and need different media to travel.

New vehicles are introduced over time, for example electric trams are available starting in the 1910s and planes in the 1920s. When vehicles get outdated, they will no longer be available for purchase. Therefore, only a portion of all vehicles in the game is available at any time. Land vehicles differ by region, so there are other vehicles in the asian setting as in the european or american setting.

For a complete list of vehicles please refer to the excellent vehicle lists provided by our community:

All vehicles have certain properties in common:

• Build date: The date or date range when the vehicle is available
• Top speed: The maximum speed the vehicle can travel at
• Capacity: The number of passengers or cargo units that can be transported
• Weight: The weight of the vehicle (without load)
• Running costs: The yearly running cost - increase with maintenance level
• Lifespan: The maximum recommended lifespan, after which the vehicle should be replaced
• Emissions: The negative effect on residential areas at top speed

Trains are used for transporting passengers and hauling cargo on train tracks or electrified train tracks (depending on the propulsion used). They are a composition of a locomotive and wagons. The locomotive provides propulsion, while the wagons carry the cargo. There are a few exceptions, where no wagons are needed, for example the “Rail bus”, which is a diesel-propelled single unit carrying passengers. When composing a train, it is advised to use locomotives and wagons with a similar top speed. The vehicle with the lowest top speed will determine the top speed of the whole train.

No matter how a train is composed, it can stop at passenger and cargo train stations. However, passengers can only board at passenger stations and cargo can only be loaded at cargo stations.

Locomotives are divided by their propulsion (steam, fuel, electric). Additional properties beside the common properties are:

• Power: Maximum available power
• Tractive effort: Maximum available force at low speeds

High power is needed to drive fast or carry weight, high tractive effort to set the train in motion or accelerate at low speeds. As a rule of thumb, cargo locomotives have a ratio favoring tractive effort and passenger or high-speed locomotives favoring power. It is possible to link multiple locomotives together to increase the power of a train.

Wagons are divided by cargo type (bulk, fuel, general, passengers). Passenger wagons can only transport passengers, whereas cargo wagons support various or all cargo types and are refitted at a station if needed. Note that a wagon can only be refitted within its cargo type. For example, an open wagon can only carry coal, iron ore, stone, grain, or slag.

It is possible to link any type of wagon together. Although usually not recommended, it is also possible to transport passengers and carry cargo at the same time.

Busses are used for transporting passengers only and drive on streets and roads. Passengers use bus stops or tram stops to get on and off buses. Additional properties beside the common properties are:

• Power: Maximum available power

Power determines how fast a bus can accelerate and which top speed it can reach. By using dedicated bus lanes, it is possible to accelerate them because they are more independent of individual transport.

Name	Availability	Power	Top Speed	Weight	Capacity	Load Speed
Droshky	1892 - 1915	4	17	1	4	2
Stagecoach	1896 - 1925	8	20	1	6	3
L'Obéissante	1905 - 1935	15	25	2	6	2
Postbus ET 13	1913 - 1945	20	30	4	8	2.5
Daimler Deck Seat Car	1919 - 1965	35	35	5	12	1.5
Yellow Coach Model W	1925 - 1970	67	40	8	10	2
Mitsubishi Fuso B46	1932 - 1975	80	50	10	8	3
Saurer Tüscher	1939 - 1975	80	50	8	10	2
Scania-Vabis H15	1945 - 1990	132	50	11	13	3
AEC Routemaster	1954 - 2000	86	60	7.5	25	4
Citroën U55 Cityrama	1956 - 1980	63	50	7.5	15	3
GM New Look Fishbowl	1959 - 2005	160	70	8	10	4
Isuzu BU10P	1963 - 2010	120	60	10	15	1.5
Shinjin Microbus	from 1970	100	65	12	15	2.5
Mercedes-Benz O303	1974 - 2010	213	90	15	15	3
Beijing BK670	1976 - 2010	210	70	16	20	2
Mercedes-Benz O405 G	1985 - 2020	184	80	15	24	4
New Flyer D40	from 1990	190	90	12	17	2.5
Mercedes-Benz Citaro G1	from 1997	220	80	15	28	5
Irisbus Crossway LE	from 2007	243	120	15	20	3
Wright StreetCar	from 2008	220	70	22	28	4
Zuhai GTQ	from 2017	160	60	17	30	4.5
Mercedes-Benz eCitaro	from 2019	150	70	14	20	2.5
Rampini Eltron	from 2025	210	80	12	12	3
King Long Merry Combo	from 2029	480	120	18	22	2.5

Trucks are used for transporting cargo only and drive on streets and roads. Trucks can carry multiple types of cargo, but only one type of cargo at a time. They are refitted at a station if needed. Cargo can be loaded and unloaded at cargo terminals. Bus or tram stops can also be used to unload cargo. Additional properties beside the common properties are:

• Power: Maximum available power

Power determines how fast a truck can accelerate and which top speed it can reach. Slow moving (or older) trucks and busses can be overtaken by faster moving vehicles if the road layout allows them to do so.

Trams are used for transporting passengers only and drive on streets with tram tracks or electrified tram tracks (depending on the propulsion). Passengers use tram stops to get on and off trams. Bus stops automatically get converted to tram stops when the street or station is upgraded with tram tracks. Additional properties beside the common properties are:

• Power: Maximum available power
• Tractive effort: Maximum available force at low speeds

High power is needed to drive fast or carry weight, high tractive effort to set the tram in motion or accelerate at low speeds.

Ships are used for transporting passengers or hauling cargo on navigable water. Ships can carry multiple types of cargo, some are limited to one type of cargo at a time. They are refitted at a station if needed. Cargo can be loaded and unloaded at cargo harbors only. Additional properties beside the common properties are:

• Power: Maximum available power

Power determines how fast a ship can accelerate and which top speed it can reach. Although not exposed in the games UI, the ships shape is considered to calculate water resistance.

Large ships can only stop at large docks.

Planes are used for transporting passengers or cargo and use airports for take-off and landing. Passengers and cargo can only board and disembark at airports. Additional properties beside the common properties are:

• Thrust: Maximum available thrust

Thrust determines how fast a plane can accelerate and which top speed it can reach. Although not exposed in the games UI, the plane’s wing span and wing area is considered to calculate air resistance and lift.

Some larger airplanes require the large airport whereas smaller ones are compatible to the smaller airfield too.