Trimble NetR9 GNSS Reference Receiver

  • Proven GNSS technology from Trimble
  • 440 channels for unparalleled GNSS multiple constellation tracking performance
  • Bluetooth, Ethernet, Serial and USB support
  • Large internal memory plus external USB device logging capacity
  • Convenient front panel display and configuration
  • Powerful built-in remote management tools
  • Rugged and field tested for even the harshest environmental conditions
Product Resources
  • Overview

  • RTX Technology

  • Downloads

A highly versatile, top-of-the-line receiver with an industry-leading 440 channels for unrivaled GNSS multiple constellation tracking performance, the Trimble NetR9 was designed to provide the network operator with maximum features and functionality from a single receiver. The NetR9 can also be used as a campaign receiver for post-processing, as a Continuously Operating Reference Station (CORS) receiver or portable base station for Real-time Kinematic (RTK) applications, and as a scientific reference station.
RTX Technology in the NetR9

The world’s most advanced reference station, the Trimble NetR9, now offers the world's most advanced global correction data - Trimble RTX. Receiving the corrections via either L-Band satellite or IP / cellular, high accuracy positioning and monitoring applications can now be achieved worldwide. The extensive coverage and delivery options provide opportunities in environments where corrections historically have not been available.

This advanced technology is implemented in Infrastructure hardware and software solutions to support high accuracy GNSS absolute positioning worldwide.

NetR9 RTX support for:
  • Establishing or monitoring CORS station coordinates
  • Static occupation survey campaign

Pivot RTX App and Pivot RTX-PP App support for:
  • Establishing or monitoring station coordinates in Real-Time Networks
  • Measuring absolute station movement for earthquake, volcano, landslide, dam or other monitoring applications, providing kinematic and/or static/filtered positions