Microsoft UltraCam OspreyMicrosoft’s UltraCam business unit introduced the UltraCam Osprey, a new digital aerial system that combines a high performing photogrammetric nadir camera with oblique image capture capabilities. The third generation UltraCam camera builds on the UltraCam Eagle technology, including advanced electronics to achieve an exceptional signal/noise ratio; solid state storage of 3.3TB; and a modular housing concept that integrates all components into one unit. To achieve high flight efficiency, the UltraCam Osprey is designed so that the full swath width of the nadir cone (11,674 pixels) can be used, and oblique wing images overlap enough to generate oblique orthos. The 60 MP backward and forward wing images and the 32 MP left and right wing images, combined with a 2.2 second frame rate, ensure adequate coverage. Due to the overlap with the nadir part of the camera, the wing image orientation can be further improved by automated tie point matching.

The nadir camera collects five bands (PAN, RGB, NIR) with subpixel accuracy and high dynamic range equivalent to other Ultracam cameras. This dataset can be used for most photogrammetric applications, such as cadastre, infrastructure planning, and DTM or DSM ortho generation. The combined oblique and nadir imagery is appropriate for more kinds of applications than a standard oblique camera or a stand-alone photogrammetric camera. The resulting data can be used for urban mapping and 3D city modeling.

According to Microsoft, the UltraCam Osprey is fully supported in the UltraMap workflow software system. The ability to perform aerotriangulation (AT) and dense matching allows for the creation of high accuracy point clouds, DSM, DTM, DSMorthos and DTMorthos (traditional orthos). The camera is also compatible with the UltraNav direct georeferencing and flight management system.

The UltraCam Osprey will be available for delivery to customers in fall 2013. Existing UltraCam customers can receive trade-in credit toward upgrading to an UltraCam Osprey at any time.