See which steam, diesel, electric, high-speed, commuter and freight trains you can drive in train simulators, plus compatibility limits.
Train simulators let you drive steam, diesel and electric locomotives; diesel and electric multiple units; high-speed, commuter, metro, freight, heritage and narrow-gauge trains. The exact roster depends on the simulator, route and installed add-ons, while driving depth ranges from simple combined controls to fully modelled braking, power and safety systems.
Locomotive and train types in railway simulators
Most train simulators cover the following locomotive and train families, although no single title includes all of them.
| Type | Typical examples | What driving involves |
|---|---|---|
| Steam locomotives | Tank engines, tender locomotives, shunters, freight engines and express passenger locomotives | Managing the regulator, reverser, boiler pressure, water, fire and vacuum or air brakes |
| Diesel locomotives | Diesel-electric, diesel-hydraulic and diesel-mechanical shunters and main-line locomotives | Throttle notches, transmission or gear controls, train and independent brakes, and dynamic braking where fitted |
| Electric locomotives | Overhead-wire and third-rail passenger, freight and mixed-traffic locomotives | Raising the pantograph or collector, closing the circuit breaker, applying power and handling regenerative or rheostatic braking |
| Multiple units | DMUs, EMUs, battery units and bi-mode passenger trains | Combined power-brake controllers, doors, cab changes and route-specific safety equipment |
| High-speed trains | Electric multiple units, tilting trains and locomotive-hauled high-speed sets | In-cab signalling, strict braking curves, power-system changes and operation at high speed |
| Passenger and urban trains | Intercity, regional, commuter, metro, underground and tram services | Accurate station stops, door control, timetable keeping and frequent signal responses |
| Freight and yard trains | Heavy-haul, intermodal, bulk, mixed freight and shunting movements | Train-brake setup, coupler slack, long stopping distances, multiple locomotives and wagon placement |
| Specialist and heritage stock | Narrow-gauge trains, engineering vehicles, rescue locomotives and preserved rolling stock | Unusual controls and operations tied closely to a particular railway or route |
These categories overlap. A high-speed train may also be an EMU, a commuter service can use a DMU, and a freight train can be hauled by steam, diesel or electric traction. Our explanation of steam, diesel, electric and newer traction systems covers the mechanical differences in more detail.
Passenger coaches and freight wagons are normally hauled rather than driven independently. You control the formation from a locomotive, powered end car or supported driving trailer; a visible coach or wagon does not necessarily contain a usable cab.
Are all trains available in every simulator?
No—train availability is tied to the simulator, platform, route and content package being used.
- Built-in versus add-on stock: The base installation supplies a limited roster. Other trains may require an official expansion or compatible user-created add-on.
- Route requirements: Some add-ons depend on assets supplied with a particular route. Track gauge, loading clearance and electrification must also suit the train.
- Electrical and safety systems: An electric train may require the correct overhead or third-rail supply. Missing cab-signalling or train-protection equipment can make an otherwise suitable locomotive unusable on a route.
- Driveable versus AI-only models: A train seen in passing traffic may have only an exterior model. Driveable stock needs a cab, working controls, physics, sounds and braking logic.
- Game and platform compatibility: Content made for one simulator generation will not automatically work in another, and PC and console catalogues can differ.
A mistake we see constantly is assuming that any train which loads on a route is fully compatible with it. Free-roam modes may permit unrealistic combinations, but doors, safety systems, electrical equipment or signalling can still fail. Check the required simulator edition, route dependencies and supported operating mode before installing or buying stock.
Which train type is easiest for beginners?
A modern diesel or electric multiple unit with a combined power-brake controller is usually the easiest train for a beginner, particularly on a simple stopping service.
- Choose a multiple unit to learn signals, braking points, doors and station stops without managing a separate locomotive and train brake.
- Choose a diesel locomotive to learn conventional locomotive-hauled passenger or freight operation. Diesel traction also avoids overhead and third-rail power restrictions.
- Choose an electric or high-speed train when you want to learn power-system setup, cab signalling and train-protection equipment.
- Choose steam for the greatest manual workload. Boiler pressure, water level, firing rate and reverser position all affect performance.
The controls are not interchangeable between traction types. We explain how diesel, electric, steam and multiple-unit controls differ in Train Simulator Classic. For the most demanding option, see the steam firing and boiler-management process used in Train Sim World.
Can you build your own train consists?
Many train simulators let you assemble locomotives, coaches and wagons, but the available freedom depends on the game mode and scenario.
Locomotive-hauled trains are generally flexible, while multiple units often use fixed or semi-fixed formations. Push-pull operation requires a supported driving trailer or cab car, and multiple-locomotive trains may need working multiple-unit or distributed-power control.
Train Simulator Classic, for example, can pair compatible routes and rolling stock through its Quick Drive train-selection and route options. Other scenarios may lock the supplied formation.
Before running a custom consist, match the couplers, brake type, track gauge, electrical supply and driving cab. Also check train length against platforms, loops and sidings. Editors sometimes allow physically possible but operationally nonsensical formations, so loading successfully does not guarantee that every brake, door or safety function will work.