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The GPS Pathfinder Pro XR and Pro XRS systems are the products of many years of development and research. This has resulted in today’s higher performance levels making geographic data collection even simpler and more accurate than ever before. Since bringing the first mapping system to market in 1984, Trimble has worked closely with customers for continual improvement. Trimble is a pioneer in developing GPS as a data acquisition tool. Both the GPS/Beacon and GPS only versions of the Pro XR receiver can be upgraded to a Pro XRS receiver capable of reception of correction signals from satellite differential providers.
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This system is easily upgraded to utilize the radiobeacon broadcasts to receive free real-time differential corrections when a beacon becomes available in your area. If you are not located within a beacon coverage area and choose not to use a satellite differential provider, we offer a GPS only version of the Pro XR. The integrated GPS/Beacon receiver and antenna in the Pro XRS and Pro XR systems can be used for reception of DGPS correction signal from MSK radiobeacon broadcasts. A subscription to a differential correction service is required and multiple vendors are supported.
The satellite differential receiver and antenna in the Pro XRS system can be used for reception of DGPS correction signals transmitted from satellite differential providers. This allows you to quickly and efficiently transfer data directly from the field to your GIS. Postprocessing your GPS data back at the office is no longer necessary, so you can spend more productive time in the field. Real-time differential correction means you do not have to wait to be sure your work is accurate.
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Add Trimble’s powerful data collection software Asset Surveyor™ or ASPEN™ to either system and the result is a robust, powerful tool for mapping and GIS applications. One receiver and antenna is all that is required for the flexibility of receiving GPS, MSK Beacon differential corrections, and satellite differential corrections. By combining a GPS receiver, a MSK beacon differential receiver and a satellite differential receiver in a single housing, the Pro XRS system offers the user unsurpassed flexibility in choosing a source for real-time differential corrections. The new GPS Pathfinder Pro XRS is Trimble’s most versatile real-time GPS mapping system ever.
The GPS Pathfinder Pro XR system integrates the most advanced GPS receiver with MSK beacon real-time differential capabilities. Trimble now offers you two systems with a choice of real-time differential technology. Now you can not only map with submeter accuracy, but also find your way to new or previously located sites easily by using integrated real-time differential capabilities. The GPS Pathfinder™ Pro XR and Pro XRS expand the use of GPS for GIS applications. Precision real-time geographic data collection systems for mapping and GIS Precision real-time geographic data collection systems for mapping and GIS SUPPORTED BASE FILE AND COMPRESSION FORMATS
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Refer to the Mapping & GIS product comparison or to the relevant datasheet for full details. Differentially corrected accuracy specifications for supported receivers range from 1 cm to 2 -5 m. Typical autonomous accuracy for all Trimble Mapping & GIS GNSS receivers is approximately 10 meters. GNSS RECEIVERS AND ACCURACYSPECIFICATIONS
GPS PATHFINDER OFFICE REMOTE DESKTOP PC
Professional or Tablet PC Edition (32- or 64-bit) Trimble GPScorrect™ extension for Esri ArcPad software.Configure and simplify the TerraSync software interface to increase field worker productivity.Automate data transfer from field devices, differential correction, and data export to GIS.Manage data dictionaries and background data for entire fleets of devices.Plan GNSS field sessions to ensure productive use of field time.Additional import and export formats supported via Trimble SSF and DDF data format extensions for FME.Create data dictionaries to ensure data collected is consistent with GIS schemas.Export data into a variety of GIS, CAD, and database formats.Import data from popular GIS, CAD, and database formats.Review and edit GNSS data before transferring it to a GIS.Postprocess real-time differential GNSS data to improve accuracy and consistency.Improve GNSS position accuracy through differential postprocessing, including GLONASS postprocessing.Service We can fix that Support Forum We’re here to help.
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