Train Controls give a player direct operation of a train. Train Schedules define ordered station travel and waiting/instruction behaviour for automated services.
Passenger services
- Name stations clearly so schedules are understandable to all players.
- Use timetable-style route naming in station builds and maps.
- Manual driving is ideal while building/testing; schedules are ideal once a route is reliable.
Operations
- Taking control of a scheduled train may pause its automation until returned to conductor operation.
- Create dedicated depot tracks so inactive or maintenance trains do not obstruct main platforms.
Service patterns
- A passenger service can follow predictable station stops.
- A freight service can be designed around loading and unloading conditions.
- Clear station names and consistent dispatch conventions prevent a shared railway from becoming confusing.
Rail engineering
- A railway needs track geometry, stations, operating rules and useful destinations.
- Passenger lines and freight flows become stronger when markets, mines and workshops physically meet the track network.
Repeatable services
Schedules transform a train from a vehicle into a service. A passenger route can offer reliable stops, while a freight service can spend time loading or unloading where industrial supply chains require it.
Before automating a service, test each station manually: arrival clearance, loading behaviour, departure direction and return path. Automation amplifies a good route, but it also repeats every flaw in a bad route.
Railway as infrastructure
A Create railway is more than track and a locomotive: it is the relationship between useful destinations, track geometry, station access, loading arrangements, service patterns and safety controls.
Begin with destinations that already generate repeat journeys: a mine, a farm, a market town or an expedition staging point. When the route solves a real transport problem, players naturally use and extend it.
Operating a shared line
Use consistent station names, give freight yards enough room and separate passenger circulation from loading machinery where possible. Later, schedules and signals make a busy network reliable rather than chaotic.