Positioning engine technology
Trimble ProPoint
Ultimate positioning, anywhere you go
The next-generation breakthrough in precision positioning and orientation, designed to deliver unparalleled performance under the most demanding GNSS conditions.
Overview
The Trimble ProPoint GNSS positioning engine is designed to meet the future demands of GNSS technology, combining present and future GNSS measurements with inertial and sensor data. It is ideal for applications requiring high accuracy, availability and integrity, making it a valuable investment for precision positioning and orientation needs.
Cutting-edge system architecture
- Embrace the Future of GNSS: Experience unparalleled flexibility and accuracy with support for GPS, GLONASS, Galileo, BeiDou, QZSS, IRNSS, and SBAS.
- Seamless Integration of IMU and GNSS: Enjoy robust and precise positioning with the tight coupling of inertial measurement unit (IMU) data with RTK and RTX.
- Revolutionary Filtering Technology: Optimize signal use and achieve pinpoint precision, even in the toughest environments, by combining all GNSS measurements into a single filter.
Standout features
- Versatile Positioning Excellence: Switch effortlessly between GNSS-only and GNSS/INS modes, including SBAS, DGNSS, RTK, and RTX for any task.
- Uninterrupted Precision with RTK xFill: Maintain centimeter-level accuracy even during radio outages with the integrated Trimble RTX correction service.
- Power-Packed Performance: Leverage upgraded processors and the cutting-edge Trimble Maxwell™ 7 GNSS ASIC for real-time positioning with minimal latency and lower power consumption.
Unmatched benefits
- Pinpoint Accuracy: Achieve centimeter-level precision in the toughest environments, from dense forests to urban jungles.
- Unwavering Availability: Enjoy high availability of accurate positioning, with integrated xFill technology ensuring continuity even when correction sources falter.
- Rock-Solid Integrity: Rely on precise precision estimates crucial for safe and effective operations, backed by extensive testing and advanced noise models.
- Field-Tested Dominance: Rigorous field tests confirm that this next-gen engine outperforms previous models across a variety of challenging scenarios.