TRANSDATpro is a professional computer program for Geodetic Coordinate Transformations between national and country-specific Coordinate and Reference Systems with high precision and good performance:

• The current and historical Systems of all countries of Europe
• The European ETRS89 systems forced by INSPIRE
• The US and Canadian NAD, NTv2, HARN and SPCS Coordinate Reference Systems
• The Coordinate Reference Systems of most countries of all continents
• The Coordinate Reference Systems of Germany, Austria and Switzerland incl. NTv2
• The Geographic coordinates in different notations and Cartesian coordinates
• Worldwide NTv2 gridfile supported Coordinate Transformations
• Worldwide used numeric and alphanumeric Coordinate Systems
• Most of EPSG supported Coordinate Reference Systems
• ITRS annual realizations or WGS84 epochs for GPS measurements
• WGS84 Coordinate Transformations in consideration of the continental drift
• User defined Coordinate Systems, Reference Systems and earth ellipsoids
• Meridian Convergence, Origin Center Meridian, Geographical Point Coordinates

Using the example of Germany, the there available Coordinate Reference System are broken down in more groups:

• The Coordinate Reference Systems of the old and new German Federal States
• The German 'Lagestatus' Coordinate Reference Systems
• The high-precision Reference Systems of the German Federal States incl NTv2
• The 40 Soldner Coordinate Systems of the Prussian Land Registers
• You find a complete list of the supported Coordinate and Reference Systems on our internet site and after downloading (see above) the free test version as part of the documentation.

TRANSDATpro supports all by the INSPIRE directive prescribed ETRS89 conversions with NTv2 grid data, e,g. Gauss-Kruger / DHDN to UTM / ETRS89 with BeTA2007. The NTv2 standard with national gridfiles is worldwide full supported. The use of EPSG codes for the Coordinate Reference Systems is possible. Apart from the given worldwide and state-specific systems, your own personal Coordinate Systems and geodetic Reference Systems can be defined with Helmert (Bursa / Wolf, ISO19111) or Molodensky Parameters. Calculations can be performed with coordinates entered directly, loaded from files in various formats (Text, CSV, SDF, dBase, KML, GPX, ArcShape and ArcGenerate), or passed via batch processing. Arc-Shapefiles can be viewed with the program-internal Shape Viewer. A programmable GPS interface makes it possible to read coordinates into a notebook computer from a low-cost GPS antenna.

The program has a user-selectable multi language interface and comes with extensive online help. The program can be run on most common networks and it is possible to use Terminal Services on WINDOWS Servers. In case of a network installation the clients are installed automatically by the program.