Train Track is the physical route network. The terrain added by this pack makes route choice matter: a bridge, tunnel or coastal detour becomes an engineering decision.
Route practice
- Use broad curves and predictable gradients for readable passenger routes.
- Reserve space beside main lines for later double-tracking, signals and stations.
- Choose destinations for resources or player-built towns, not arbitrary lines to nowhere.
Construction
- Train assembly begins at a straight station-linked section of track.
- Bogeys must be positioned on suitable straight assembly track while building rolling stock.
Route planning
- Use curvature and grade that fit the type of service you intend to run.
- Protect room for future passing places, branch junctions, platforms and freight access.
- A long-distance line becomes valuable when stations connect materials or people that genuinely need movement.
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.
Operations
- Use station naming and timetables consistently.
- Keep loading zones clear of passenger movement.
- Use signals or control components as networks become more complex.
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.