Reveal the landscape. Give discovery a starting point.
From ancient settlements beneath dense vegetation to historic places above ground, LiDAR gives investigators a detailed spatial record to explore.
LiDAR point cloud · Royal Court, Târgoviște, Romania
Start with the terrain.
Bare-earth models and contour maps can help teams investigate landforms concealed by vegetation. In the field stories below, terrain data revealed mounds, roads, and other features for closer study.
Turn collection into context.
Define the area, vegetation, collection platform, and required deliverables before choosing a system. Plan how point clouds, terrain models, and contours will support the researchers and archaeologists using the data.
Keep interpretation in the field.
A mapped feature is a starting point for investigation—not proof of a tomb, buried treasure, or historical identity. Pair the spatial record with archaeological expertise and ground investigation.
Field experience
Four expeditions. Different landscapes.
Explore archaeological mapping and terrain investigations from Italy and Guatemala to Florida and Alaska. Each story shows the original system and connects you with relevant systems for work today.
Italy
Finding Italy’s Lost Empire. — Josh Gates’ Expedition Unknown TV show
System used: Surveyor 32 · June 2022
A week of Surveyor 32 scanning helped the team investigate an ancient Etruscan village and terrain hidden by dense vegetation.