Punxsutawney Municipal Airport – Aerial Monitoring

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Recent work has been completed and is also ongoing at the Punxsutawney Municipal Airport. We have been passively tracking construction progress for historical documentation. This has provided a means to demonstrate some of the capabilities possible with aerial drone mapping and monitoring.

Check out some of these examples below.

Punxsutawney Airport September 2023

Baseline

The Punxsutawney Municipal Airport was flown in September of 2023 prior to major construction taking place. This provides a baseline image for comparison and historical documentation.

Punxsutawney Airport July 2025

Hangar Construction

Construction began in the Spring of 2025 on the first new hangar facility at the airport in several decades.

Punxsutawney Airport September 2025

Major Improvements

As part of the airport’s multi-year improvement plan, additional runway apron space was built. The space provides parking spaces for multiple planes simultaneously.
The runway identification markings were also recently repainted.

Punxsutawney Airport Topography

Topography

Using our drone with lidar sensor, the current topographic conditions have now been documented.

Punxsutawney Airport Topography

Elevation Surface

Elevation surfaces are created after the lidar sensor captures the topographic features in a point cloud. This is a shaded relief map highlighting changes in elevation.

Punxsutawney Airport Topography

Shaded Relief

Added color to the shaded relief for enhanced visualization. Contour lines show the elevation to within a tenth of an inch.

Airport 3D Model

3D Model

An interactive model has been created using the lidar point cloud.

Airport 3D Point Cloud

3D Point Cloud

Interactive 3D point cloud can be used to take accurate measurements in 3 dimensions on an XYZ axis.

Airport 3D Profile

3D Profile

Using the 3D point cloud to measure a horizontal profile. We can check specific slope angles and elevations.

Airport Thermal Map

Thermal Map

Highlighting the capability of infrared thermal mapping.