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| GeoProduct - GPS Geoditics - L1 & L2 (RTK) |
Spectra Precision Epoch 25 RTK GPS System
Spectra Precision is proud to present the EPOCH 25 RTK GPS System.
Spectra Precision is proud to present the EPOCH 25 RTK GPS System.
The EPOCH 25 system provides surveyors with a rugged multi-purpose modular system. The EPOCH 25 system provides fast, reliable initializations resulting in high-quality RTK and Static results. Designed especially for tough surveying conditions, the compact and lightweight EPOCH 25 system handles drops, extreme temperatures, dirt and water. Back at the office, surveyors can utilize the user friendly Spectra Precision Office Software for postprocessing and quality control.
This multipurpose surveying tool has been designed to meet the everyday needs of surveyors. The EPOCH 25 system includes a Spectra Precision EPOCH 25 L1/L2 GPS base receiver; a Spectra Precision EPOCH 25 L1/L2 GPS rover including internal radio modem and battery. Application field software is designed to meet the survey applications specific to your regional situation, operating on the Recon data collector.
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The EPOCH 25 L1/L2 RTK GPS System provides robust field performance for rugged surveying conditions. Spectra Precision GPS technology for accurate and reliable real-time positioning is ideal for topographic surveying and setout. Survey Pro software is the ideal field software for EPOCH 25, providing the option of a fast, one-person surveying solution.
A system includes the base and rover EPOCH 25 L1/L2 GPS antenna and receiver, plus a short- or long-range Pacific Crest radio modem. To complete the system, you'll need a data collector. You can buy a bundle that includes a TDS Recon 200 or 400 with Survey Pro GPS, or use a TDS Ranger or Recon that you already own. All components are built for outdoor rugged environments in any weather.
The EPOCH 25 is a highly productive measurement solution, allowing the user to collect topographic data and stake layout detail. The system operates without line-of-sight between points, and it can operate anytime, in any weather, thereby offering much greater productivity over traditional optical surveying techniques.
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