The first of its kind, the revolutionary Trimble R10 GNSS system is designed to help you work more effectively, no matter how extreme the environment. The new, lighter design is more balanced, allowing you to travel farther, faster, and gather data more easily.
The new Trimble R8s GNSS receiver gives you just the features and benefits you need, in one flexible, scalable system. Simply choose the configuration level that suits your needs best, whether it’s post-processing, base, rover, or a combination of base and rover functionality. Each Trimble R8s comes integrated with powerful Trimble 360 tracking technology, Maxwell™ 6 chips and 440 GNSS channels.
The Trimble R8 GNSS supports a wide range of satellite signals, including GPS L2C and L5 and GLONASS L1/L2 signals. In addition, Trimble is committed to the next generation of modernized GNSS configurations by providing Galileo-compatible products.
The Trimble R6 combines advanced GNSS technology with the scalability and flexibility to adapt and grow as your business needs change. The Trimble R6 RTK system comes standard with GPS L1, L2 and L2C with an upgrade available to GLONASS.
The Trimble R4 with Trimble Digital Fieldbook software is a GPS solution you can count on when every point counts. The Trimble R4 RTK system comes standard with GPS L1 and L2 with an upgrade available to GLONASS.
Work the way you want with the Trimble® R2 GNSS receiver. The R2 receiver gives you the freedom to configure a solution by simply selecting the accuracy and GNSS performance to suit your application. Capable of achieving submeter to centimeter level positioning accuracy for a wide range of geospatial applications.
The Trimble® R1 is a rugged, compact, lightweight GNSS receiver that provides professional-grade positioning information to any connected mobile device using Bluetooth® connectivity. Purpose-built for mapping and GIS professionals the Trimble R1 receiver enables you to collect higher-accuracy location data with the device you already use—whether it is a modern smart device, such as a mobile phone or tablet.
The Trimble® GeoXR Network Rover adds a new aspect to GNSS surveying productivity by combining high-accuracy field work with the convenience of a handheld in one device. The GeoXR handheld is integrated with Trimble Access™ software, when connected to Trimble VRS™ technology, it serves as an advanced and highly productive network rover.
The Spectra Precision® EPOCH® 35 GNSS system uses highly accurate Global Positioning System (GPS) and GLONASS technology for cadastral, topographic, control, stakeout and other precision survey applications. Combining both these satellite services provides the user with the greatest possible satellite coverage.
The Spectra Precision 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 stakeout.
The Trimble® R7 GNSS System is a high-accuracy GPS receiver and UHF radio combined in one exceptionally rugged unit. Trimble R7 GNSS supports L1, L2, L2C and L5 GPS, plus GLONASS. Use the Trimble R7 GNSS for RTK or static surveying, or in a Trimble VRS™ infrastructure network.
Trimble® R5 GPS Receiver gives you the flexibility to do it all. The Trimble R5 is as versatile as it is rugged and precise – ideal for control, measurement, design, stakeout, or as-built work. Trimble R5 comes standard with GPS L1, L2 and L2C with an optional GLONASS.
The Trimble® TDL 450H offers flexible configuration options and rugged reliability. This sophisticated 2 Watt to 35 Watt radio modem places Trimble's newest low power data link technology in your hands.
The Trimble® TDL 450L offers flexible configuration options and rugged reliability. This sophisticated 0.1 Watt to 4.0 Watt radio modem places Trimble's newest low power data link technology in your hands.
The Trimble® NetR9 was designed to provide the network operator with maximum features and functionality from a single receiver. In addition, it can 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 scientific reference station.