: A tool to calculate the length of track segments and elevation gain/loss, similar to external route planning software Route Planning & Editing Scenario Pathing
This guide is your comprehensive roadmap to everything about Trainz maps. From the basics of using the editor to the advanced art of importing real-world data, you'll learn how to turn a blank grid into a living, breathing railway world.
At its core, a map in Trainz consists of two distinct but interconnected assets:
: You can georeference USGS maps, WMS maps, or Google Earth images to act as a guide for laying tracks and placing scenery.
To create landscapes that look natural, use a variety of ground textures and blend them at the edges. For ultimate realism, consider , which allows you to "paint" dynamic 3D grass and foliage that reacts to the environment. trainz map
While some users build vast 1:1 scale real-world routes, others prefer a "Model Railroad" style, focusing on high-detail, smaller scenes that mimic physical hobbyist layouts. 4. Common Troubleshooting for Map Builders Missing Dependencies:
Keep track slopes under 2.5% for realistic train physics.
Flat maps look unnatural. Use the topology tools to sculpt the earth. Raise hills, carve riverbeds, and smooth out valleys.
, a veteran engineer tasked with the impossible: a final "Reminiscence Run". Using the Scenario Editor , you’ve placed a classic Reading Company #2102 steam locomotive at the head of the line. Your mission is to navigate the switchbacks toward Lykens , fighting steep grades and ancient signals that haven't blinked in decades. : A tool to calculate the length of
: For large routes, a 10m grid setting is often recommended over a 5m grid to prevent file sizes from dragging down performance. Creative "Model Railroad" Approach
These maps mirror real-world railroad routes, such as the Paveletsky line in Moscow, recreated with high precision.
High draw distances force the engine to render objects miles away. Lower this setting in dense urban or forested areas.
Trainz maps generally fall into three distinct categories based on their design philosophy and purpose. 1. Prototype Routes To create landscapes that look natural, use a
: This layer defines the gameplay. It dictates the specific trains on the track, the weather conditions, the time of day, and the operational tasks the user must perform. Creating the Virtual World
: Utilize procedural track assets that automatically generate 3D sleepers and ballast for a more realistic look. 4. Testing and Sharing
Created for pure enjoyment, often featuring dramatic scenery or unique operating scenarios. Tips for Better Mapping