Roof Man Model™

What flight coverage and image overlap are needed to build a useful roof model?

Model™ uses planned high-overlap imagery because model quality depends on capture geometry, visibility, roof complexity, and the intended downstream use.

Would being able to inspect roof geometry remotely improve planning or communication?

An interactive model gives owners and project teams a shared spatial reference for parapets, equipment, roof areas, transitions, and other conditions that are harder to understand from flat photographs.

Do height changes, drainage planes, parapets, or rooftop geometry affect the project decision?

Surface and elevation context can make drainage relationships, roof transitions, equipment locations, and difficult geometry easier to evaluate and explain.

Would teams benefit from measuring and marking the same digital roof reference?

Viewer tools can support dimensions, areas, notes, and shared locations so planning discussions refer to the same geometry instead of separate sketches and screenshots.

Can the owner and project team review the model without specialized desktop software?

A web-based viewer makes the agreed model accessible for practical review and communication while preserving the project’s organized spatial context.

Will the project need model data outside the Roof Man viewer for design, documentation, or downstream analysis?

When requested and included in scope, agreed model files can be delivered for compatible downstream uses while the customer-facing record remains organized with the project.