Inpho UASMaster

Features

Georeferencing refinement and analysis
Create colorized dense point clouds, surface models and bare earth terrain models
Refine and edit terrain models
Create digital orthophotos, classic orthos as well as true orthos

Modern computer-vision algorithms combined with proven state-of-the-art photogrammetric techniques produce accurate results automatically, with minimal manual interaction:

Intuitive guided workflow concept even suited for the photogrammetric novice which perfectly integrates interactive context-driven and automated editing capabilities for geo-referencing and point clouds including morphological data creation (e.g. break-line measurements), classification, filtering, and many more.
Open for any fixed-wing, helicopter-type or other UAS hardware. The technology is optimized for UAS with GPS support (recommended accuracy ±10 m)
Fully compatible with Inpho photogrammetry modules from Trimble
Software rental: UASMaster is also available for rental on a monthly basis

Create powerful deliverables from images collected with UAS (Unmanned Aircraft Systems) aerial mapping and surveying systems. UASMaster combines ease of use with the full power of a photogrammetric workstation.

Based on state‐of‐the‐art Trimble Inpho technology, known for 30 years of digital aerial
photogrammetry leadership the new UASMaster module is bridging the gap between simple near
black‐box workflows for non‐photogrammetrists and photogrammetry expert workflows.

It combines very intuitive guided workflows with flexibility, highly effective interactive editing tools and thorough quality assurance reports required by the advanced user.

UASMaster has an open market concept and therefore is able to process data from almost every hardware vendor for UAS. It works with fixedwing vehicles as well as with helicopter‐type aircraft. The software proved successful processing even with survey‐balloons and other types of unmanned aerial systems.

UASMaster includes advanced technology that has been customized to provide high quality results from the special characteristics of UAS data. The incorporation of specialized computer‐vision algorithms produces very accurate results automatically, with minimal manual interaction. The technology is optimized for UAS with GPS support (recommended accuracy +/‐ 10m). This ensures a stable and reliable photogrammetric system delivering excellent results without requiring specialized photogrammetry knowledge or experience.