Trimble Alloy GNSS Receiver with Choke Ring Antenna – High-Precision Geodetic Reference Solution

The Trimble Alloy GNSS Receiver with Choke Ring Antenna delivers the industry-proven performance and long-term stability needed for geodetic infrastructure, CORS networks, monitoring applications, and high-accuracy positioning workflows. Combining Trimble’s next-generation Alloy reference receiver with a premium choke ring antenna, this solution is engineered to provide exceptional multipath mitigation, superior signal tracking, and reliable performance in harsh environments.

Designed for network operators, survey agencies, construction enterprises, and organizations that depend on continuous, high-integrity GNSS data, the Trimble Alloy system provides unparalleled reliability—whether you’re managing RTK corrections, monitoring structural movement, or maintaining mission-critical geospatial operations.

Key Features

• Next-Generation Trimble Alloy Receiver: High-performance GNSS engine with advanced signal tracking across all available constellations.
• Choke Ring Antenna Included: Industry-standard multipath rejection for improved precision in challenging environments.
• Built for Modern GNSS: Supports GPS, GLONASS, Galileo, BeiDou, QZSS, SBAS and more for robust, future-ready performance.
• Ultra-Reliable Reference Station Operation: Ideal for CORS, monitoring sites, long-term network installations, and high-accuracy base station workflows.
• Secure, Intelligent Connectivity: Ethernet, Wi-Fi, Bluetooth®, and modern cybersecurity protections for always-on reliability.
• Trimble Quality & Ruggedness: Long-life hardware engineered for 24/7 operation in extreme weather and demanding field conditions.
• Flexible Data Streaming: Supports RTCM, RINEX, BINEX, and advanced streaming options for seamless system integration.

Ideal For

Geodetic agencies, CORS operators, civil engineering firms, mining operations, infrastructure monitoring teams, and any organization requiring continuous, high-accuracy GNSS reference data with dependable long-term stability.