001 - Overview
What is Photogrammetry?
Understanding the process of Photogrammetry is essential for achieving the right outcome for your project.
Photogrammetry is a technique by which multiple images of a scene, such as a building or landscape, are ‘tied’ together by identifying common points in the overlapping areas of several images.
How is the data collected?
By knowing the internal specifications of the lens and camera used to collect images, along with ultra-precise geolocation technology such as RTK, the distances of several images of the same object taken from different locations can be triangulated to a point on that object.
How is the data processed?
Using this information, photogrammetry processing software can then calculate and recreate this information digitally, generating highly accurate, photorealistic digital 3D representations of landscapes or buildings.
Why use Photogrammetry?
Photogrammetry facilitates the design and analysis of buildings and infrastructure, enabling precise measurements and visualisations for project planning and monitoring, while it is also invaluable in creating topographic maps and 3D terrain models.
002 - Equipment
What are the key elements of Photogrammetry?
Harness the power of Photogrammetry and discover a world of possibilities for the benefit of your projects.
What UAV imaging hardware is required?
With wide range of industry leading imaging technologies, several factors are important when considering the right hardware for producing an accurate photogrammetric model.
003 - AIRCRAFT
What UAVs can be used for Photogrammetry?
We operate industry-leading UAV aircraft with a wide range of specifications and capabilities.
DJI Matrice 350 RTK
A versatile UAV platform and compatible with a suite of payloads, facilitating wide-ranging data collection.
DJI Mavic 3 Enterprise RTK
Survey-grade and highly portable, mapping sites from individual properties to large construction sites.
WingtraOne PPK
A high-quality surveying tool for accurate data collection, ideal for large-scale mapping and photogrammetry.