Trimble Alloy GNSS Receiver with Zephyr 3 Geodetic Antenna – High-Accuracy Reference & Monitoring Solution

The Trimble Alloy GNSS Receiver with the Trimble Zephyr 3 Geodetic Antenna delivers a powerful, modern, and highly reliable GNSS reference solution for surveying, monitoring, and geospatial infrastructure. Combining Trimble’s flagship Alloy reference receiver with the precision-engineered Zephyr 3 Geodetic antenna, this bundle offers superior signal tracking, excellent phase-center stability, and robust performance in real-world environments.

Built for CORS networks, long-term monitoring installations, civil infrastructure, and high-accuracy base station workflows, this configuration provides the performance, reliability, and data integrity needed for mission-critical GNSS operations—whether generating RTK corrections, supporting geodetic networks, or powering enterprise-grade positioning systems.

Key Features

• Trimble Alloy Reference Receiver: Advanced multi-constellation GNSS engine with exceptional signal tracking and stability.
• Zephyr 3 Geodetic Antenna Included: Precision geodetic antenna with low phase-center variation and strong multipath resistance.
• Modern GNSS Support: Compatible with GPS, GLONASS, Galileo, BeiDou, QZSS, SBAS, and more for complete positioning redundancy.
• Optimized for Permanent Installations: Designed for CORS, deformation monitoring, network reference stations, and 24/7 operation.
• Secure & Connected: Ethernet, Wi-Fi, Bluetooth®, and strong cybersecurity features for dependable remote access and data management.
• Rugged, Long-Life Hardware: Engineered to withstand harsh climates and high-duty cycles for years of uninterrupted operation.
• Flexible Data Formats: Streams RTCM, RINEX, BINEX, and other industry-standard formats for seamless integration with GNSS software and networks.

Ideal For

Geospatial agencies, survey organizations, civil infrastructure monitoring teams, mining operations, and CORS network operators needing a reliable, high-accuracy GNSS reference system with stable long-term antenna performance.