Aerial Surveys and Mapping
Utilizing the latest aerial platforms and GNSS receivers, we are able to achieve 1:1 scale maps showcasing properties in their true up-to-sate appearance. Combining the maps with professional land surveyors, clients are able to directly overlay linework projections over the maps to have a comprehensive outlook of the property bounds.
RGB Orthomosaics
1:1 Scale maps created by stitching together hundreds or thousands of aerial images. These maps are incredibly accurate and can be used to measure distances, calculate areas, volumes, and identify changes over time. Orthomosaics are used in a wide range of industries from agriculture to construction. Sample above is comprised of 150 photos covering 3.5 acres.
Residential and Commercial Media
Forget generic photos – take commercial real estate marketing to new heights! Drones unlock a world of creative possibilities. Imagine a high-rise office building piercing the clouds, or a bustling shopping center showcased in its entirety.
Construction Progress Management
Visualize the evolution of your asset/investment with routine videos and photos flown the same way every flight. The potential in progress is always growing and your clients, investors, and teams will enjoy viewing how rapidly the construction projects are coming together.
Industrial & Safety Inspections
When the safety of your team is at risk, drones can reach hazardous places that your team does not have to traverse. With anti collision sensors, telephoto zooming capabilities, & fixed GPS positioning, drones can eliminate risk by gathering information, surveillance, and reconnaissance without ever having to send a person.
Installation and Asset Insights
View the pre and post installations of your assets. With automated flights, we are capable of showcasing what your property looks like before and after a major change.
Digital Surface Models
Digital Surface Models (DSMs) are highly detailed 3D representations of the Earth’s surface. DSMs are an incredibly useful tool for understanding the Earth’s surface and can be used to identify changes overtime, measure distances, and describe elevation changes.
