The translucent contour sheets
Separate layers reveal elevation, usable passages and observations made at different survey stations.
04 / Polar navigation and rescue
An ultramarine polar survey camp beneath an aurora, surrounded by blue ice.
The last radio message contains two bearings and an unfinished landmark description. The survey party has missed its return; a whiteout is approaching.

The story so far
Inside the canvas map shelter, translucent charts describe different layers of the same frozen coast. A safe-looking shortcut crosses terrain the contour map explains differently. Use the party’s field observations to locate them, then prepare a viable return route while the weather window remains open.
“We can still see the twin ridges above the ice. Give us a route we can recognise one landmark at a time.”
The shape of the adventure
Navigate with distributed maps, intersecting bearings and terrain constraints that no single teammate can see together.
Match the radio fragment to landmark silhouettes and narrow the party’s possible location.
Overlay elevation and passage information to distinguish navigable ground from misleading shortcuts.
Build a checkpoint sequence and verify each leg against the changing visibility forecast.
The tools of this world
A spoiler-light field guide. These are designed story objects, not real venue photographs.
Separate layers reveal elevation, usable passages and observations made at different survey stations.
A rotating sight connects recorded directions to landmarks on the shared plotting board.
Brief reports preserve useful distances and silhouettes, even where the message breaks off.
More than finding a code
A spatial, communication-led tabletop adventure. All bearings and landscape rules are supplied within the fictional scenario.
Plot two directional observations and test their meeting point against a third landmark.
Exchange precise spatial descriptions between teammates holding different map layers.
Check gradients, available passages and visibility limits before committing each return leg.
Separate the chart layers among teammates. A navigator proposes a route, a terrain reader checks its feasibility, and a radio operator translates the result into clear checkpoint instructions.
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For map lovers and practical teams who enjoy explaining where things are.
Confirm a landmark before treating a direction as a route.
Proposed: steady cold-blue light, soft radio texture and optional wind ambience; no cold exposure or climbing. Sound levels, map readability, reach and access are unverified.
Read the practical notes →