Applanix Introduces DSS RapidOrtho 2.0

01 September 2009, 3:29pm

Richmond Hill, September 1, 2009 — Applanix today introduced RapidOrtho 2.0, a significant software enhancement for the Digital Sensor System (DSS). DSS RapidOrtho is a complete airborne digital imaging system for first responders and geospatial professionals who need to deliver rapid, highly-accurate ortho-rectified imagery without time-consuming and expensive ground surveys. The system is used for aerial surveying, rapid response for emergency mapping operations, change detection and more; it has even been adopted as a productivity tool for commercial mapping projects.

RapidOrtho 2.0 is optimized for high-speed, high-accuracy orthophoto production. Images can now be developed and ortho-rectified as much as three times faster than the previous version. For example, images from the DSS 439 (39 megapixel) camera can be delivered in as little as 12 seconds per orthophoto, using a standard quad-core desktop computer. This means a typical mapping mission of 3 hours flight time can be taken to full orthophoto product in as little as 3 hours after landing.

Released as part of POSPac MMS software update 5.3, the new RapidOrtho also offers better Digital Elevation Model (DEM) management. A new utility allows users to import and convert readily available DEM datasets – including Lidar data – into the RapidOrtho format; this means first responders can utilize any locally-available elevation data for rapid delivery of orthophotos.

"RapidOrtho 2.0 is a major development for our aerial mapping customers seeking ultra-fast orthophotos – they can now collect imagery and deliver decision-ready orthophotos within hours of landing, which results in increased efficiency and productivity.” said Adam Evans, DSS Product Manager at Applanix.

The RapidOrtho 2.0 is available now through the Applanix sales network. For more information about DSS RapidOrtho and other Applanix solutions, contact airborne@applanix.com or visit our web site below.

Applanix

Geo: International