Skyscape Survey – Aerial Imaging and Survey for Archaeology

Capture the data

Images and data taken with your requirements in mind.

Imagine the scene

Use our the aerial imaging platform to capture your site in its landscape.

Choose the place

Wherever you are and whatever you need.

Responsive survey

We adapt to your requirements, not the other way around.

Archaeological Aerial Survey and Imaging

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Pixel Perfect

We think about more than just photographs, but pixel perfect images and videos.

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Innovative technology

We use the best, and keep exploring new ways to provide unique services.

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Cost Effective

Skyscape Survey often works out cheaper than traditional methods of data and image capture.

Take a look at our work

Dun da Lamh, Laggan, Scottish Highlands

Flight over Dun da Lamh fort in the Scottish Highlands, for resurvey and reconstruction imaging. with cliffs on all sides and surrounded by conifer plantation, as well as gusting wind, this was a difficult but enjoyable job.

Wrunklaw Fort, Scotland

Often it is good to carry out training in a real case environment – such as this complex site in the Scottish Borders

Rafaq Castle, UAE

A hard to reach location, in inhospitable conditions – recording the Rafaq Castle site, UAE

Dun Deardail Fort, Scotland

Overlooked by Ben Nevis, in the hills above Fort William, a hillfort required a careful survey.

Edin’s Hall Broch, Scotland

Proof of concept flight showing modelling, contour survey photographic imaging and videography.

Sultana-Malu Rosu, Romania

Providing a topographic plan, excavation images, and footage for inclusion in promotional video.

White Castle Fort, Scotland

To enhance and cross reference a previously surveyed topographic plan.

Building Record

Often buildings are complexes of linked structures, or part of a wider landscape – miss nothing with a Skyscape controlled SUA.

Site Images and Videos

Your site is a dynamic environment, so capture the moment as it happens, and make the most of new technology.

Topographic Survey

Survey large areas in less time than traditional terrestrial based systems with high accuracy.