- 3D terrain scene with projected labels and reset controls.
- Local elevation, water, road, river, trail, lift, and label layers.
- Route, layer, terrain, and performance data surfaces.
- Terrain exaggeration and readability testing.
Case Study
3D terrain map for destination context
A self-hosted terrain map with elevation, water, roads, rivers, official trail geometry, lift lines, route context, and projected labels.
- Map product thinking.
- Visual system design under performance constraints.
- Destination storytelling with spatial context.
- A path from static export to richer interactive tools.
A useful destination map has to carry place, scale, and orientation without becoming slow or inaccurate. This study shows the data and interface judgment behind that balance.
Context
Standard maps show where things are. For mountain destinations, the map also has to communicate scale, terrain, access, and the feeling of moving through the place.
What was built
The field systems page now uses the self-hosted 3D terrain surface: elevation data, water, roads, rivers, official trail geometry, lift lines, route context, and projected labels. The map is designed to be a real destination information surface, not a decorative placeholder.
Different terrain exaggeration levels were tested before settling on a subtle 1.25x treatment. That keeps the valley and surrounding peaks legible without turning the map into an illustration that misleads people.
The same source model can support landmarks, travel context, conditions overlays, static exports, guide pages, or richer interactive products because the map is built from structured layers instead of one-off artwork.
What it shows
This is design and systems judgment: preserve the accuracy of the local geometry, make the terrain feel understandable, keep the public payload bounded, and verify the canvas render on real viewports before deploy.
Transferable value
For destination teams, the value is a map surface that can keep growing. The same layer model can support visitor guides, itinerary cards, field notes, operations context, print exports, and data-backed storytelling.