Main Features

High-Performance GNSS

Extended Connectivity

Integrated Modems

Rugged Design

Reliable positioning and heading data.

Serial, CAN Bus and PPS.

4G and UHF modems.

IP67-rated housing.

Product Description

The P2 Elite is a dual-antenna high-precision GNSS sensor designed to provide accurate and reliable heading and positioning. Encased in a rugged, lightweight IP67-rated housing, it ensures continuous operation in harsh environments. The P2 Elite delivers accurate positioning and heading data at up to 50 Hz with 0.15° accuracy on a 1 m antenna baseline, making it ideal for demanding applications.

Use Cases

Marine Vessel Positioning

Unmanned Systems and Robotics

Marine Dredging Operations

Benefits and Performances

High-Performance GNSS Technology
The P2 Elite’s 336-channel GNSS engine delivers precise positioning and heading data, with Trimble RTX and OmniSTAR correction services enhancing performance in challenging environments.

Enhanced Data Precision
Improve data precision with the P2 Elite’s advanced dual-antenna technology. It delivers accurate heading data at up to 50 Hz with 0.15° accuracy on a 1 m antenna baseline, ensuring optimal performance in navigation and positioning tasks.

Extended Connectivity Options
Benefit from the P2 Elite’s rich hardware interfaces, including serial ports, CAN, RJ45 ethernet, and low latency PPS output for seamless integration into various industrial and machine applications.
Integrated Communication Design
The P2 Elite’s embedded 4G and UHF modems provide high connectivity integration for accurate positioning and heading from any RTK corrections sources, ensuring reliable data transmission and connectivity in remote locations.
Comprehensive Data Support
Integrate the P2 Elite easily into existing systems with its support for multiple data formats, including NMEA, RTCM, RTX , OmniSTAR and Trimble GSOF.
Multi-Application Versatility
From marine and industrial automation to robotics and machine control, the P2 Elite advanced dual-antenna technology and robust design meet diverse application requirements, ensuring precise and reliable performance.