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Leica GR30 GR50 Reference Receiver

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Original price was: $8,500.00.Current price is: $4,790.00.

(-44%)

The Leica GR30 GR50 Reference Receiver is a high-performance GNSS reference station solution designed for continuous monitoring, geodetic infrastructure, CORS networks, and scientific research. Featuring multi-constellation GNSS tracking, secure data handling, real-time streaming, and long-term operational stability, it provides reliable geodetic-grade positioning for permanent monitoring applications.

Product details

Leica GR30 GR50 Reference Receiver

High-Performance GNSS Reference Station Receiver for Continuous Monitoring and Geodetic Applications

The Leica GR30 GR50 Reference Receiver is a powerful and reliable GNSS reference station solution designed for permanent monitoring networks, geodetic infrastructure, scientific research, deformation monitoring, and high-precision positioning applications. Developed by Leica Geosystems, the Leica GR30 and GR50 receivers provide continuous multi-frequency GNSS tracking, secure data handling, advanced remote management, and exceptional long-term operational stability.

Engineered for demanding reference station environments, the Leica GR30 GR50 series supports uninterrupted high-precision GNSS data acquisition for continuously operating reference stations (CORS), tectonic monitoring, meteorological studies, infrastructure monitoring, and national geospatial networks.

Why Choose Leica GR30 GR50 Reference Receiver

Professional Reference Station Performance

The Leica GR30 and GR50 are built specifically for permanent GNSS reference station installations requiring long-term operational reliability and high positioning accuracy.

Key Benefits

  • Continuous 24/7 GNSS tracking
  • High-precision geodetic positioning
  • Reliable long-term stability
  • Advanced monitoring capabilities
  • Secure remote operation

Multi-Constellation GNSS Tracking

The receivers simultaneously track multiple satellite constellations and frequencies to maximize positioning reliability and data quality.

Supported Satellite Systems

  • GPS
  • GLONASS
  • Galileo
  • BeiDou
  • QZSS
  • NavIC
  • SBAS

Designed for Critical Infrastructure

The Leica GR30 GR50 receivers are ideal for critical GNSS infrastructure requiring maximum uptime and secure operation.

Typical Applications

  • CORS networks
  • Geodetic monitoring
  • Structural monitoring
  • Earthquake monitoring
  • Scientific research
  • Atmospheric analysis

Key Features of Leica GR30 GR50 Reference Receiver

Advanced GNSS Reference Technology

The receivers deliver stable GNSS signal tracking with advanced interference mitigation and secure data handling.

Performance Features

  • Continuous signal tracking
  • Multi-frequency support
  • High-precision timing
  • Long-term data stability
  • Secure data logging

Robust Remote Management

The systems support advanced remote monitoring and configuration for efficient network management.

Remote Management Features

  • Web-based configuration
  • Remote firmware updates
  • Alarm notifications
  • Network management tools
  • Remote diagnostics

Professional Data Integrity

The Leica GR30 and GR50 are engineered for reliable scientific-grade data collection.

Data Features

  • RINEX data logging
  • Real-time data streaming
  • Secure storage
  • Automated backup support
  • High-speed data export

Rugged Industrial Reliability

The receivers are designed for permanent installation in demanding environments.

Durability Advantages

  • Industrial-grade housing
  • Stable long-term operation
  • Environmental protection
  • Reliable thermal performance
  • Low-maintenance design

Leica GR30 GR50 Reference Receiver Specifications

General Specifications

Specification Details
Product Name Leica GR30 GR50 Reference Receiver
Product Type GNSS Reference Station Receiver
Manufacturer Leica Geosystems
Primary Applications CORS, Geodesy, Monitoring
GNSS Technology Multi-Frequency GNSS
Installation Type Permanent Reference Station
Operational Mode Continuous 24/7 Monitoring
Receiver Architecture Professional Geodetic GNSS Engine
Workflow Integration Geodetic & Monitoring Networks

GNSS Tracking Specifications

Satellite Tracking Performance

Specification Details
GPS Tracking Supported
GLONASS Tracking Supported
Galileo Tracking Supported
BeiDou Tracking Supported
QZSS Support Supported
NavIC Support Supported
SBAS Support Supported
Multi-Frequency Tracking Supported
Multi-Constellation Capability Supported
Satellite Channel Capacity High-Capacity GNSS Engine
Signal Acquisition Fast
Signal Stability Excellent
Real-Time Tracking Continuous
GNSS Timing Capability High Precision
Interference Mitigation Advanced
Signal Reacquisition Rapid Recovery

Positioning Accuracy Specifications

Geodetic Accuracy Performance

Specification Details
Static Positioning Accuracy Geodetic Grade
RTK Data Generation Supported
Reference Station Accuracy High Precision
Long-Term Stability Excellent
Timing Precision High Stability
Measurement Repeatability Exceptional
Baseline Processing Supported
Scientific Data Accuracy Optimized
Continuous Monitoring Stability High Reliability

Data Logging Specifications

Data Recording & Storage

Specification Details
RINEX Logging Supported
Internal Data Storage Supported
Real-Time Data Streaming Supported
Raw Observation Logging Supported
Data Export Formats Industry Standard Formats
Long-Term Data Archiving Supported
High-Speed Data Handling Supported
Secure Data Recording Supported
Automated Data Transfer Supported

Communication Specifications

Connectivity & Network Integration

Specification Details
Ethernet Connectivity Supported
USB Connectivity Supported
Serial Communication Supported
Remote Network Access Supported
Web Server Interface Supported
NTRIP Support Supported
FTP Data Transfer Supported
TCP/IP Communication Supported
Real-Time Correction Streaming Supported
Remote Diagnostics Supported
Alarm Notification System Supported

Timing & Synchronization Specifications

Precision Timing Features

Specification Details
GNSS Timing Support Supported
Precision Time Synchronization Supported
Timing Stability High Precision
External Timing Integration Supported
Continuous Timing Operation Supported
Network Timing Compatibility Supported

Physical Specifications

Hardware & Mechanical Design

Specification Details
Housing Design Industrial Rack-Mount Design
Installation Type Permanent Fixed Installation
Environmental Protection Industrial Grade
Shock Resistance Supported
Vibration Resistance Supported
Thermal Stability Optimized
Cooling Design Passive / Efficient Thermal Management
Compact Design Rack Integration Optimized
Long-Term Operational Reliability High

Power Specifications

Power & Electrical Features

Specification Details
Power Input Industrial DC Power
Power Consumption Low Power Operation
Backup Power Support Supported
Surge Protection Supported
Power Stability Optimized
Continuous Operation Capability 24/7
Redundant Power Options Supported

Environmental Specifications

Permanent Installation Performance

Specification Details
Operating Environment Permanent Outdoor & Indoor Installations
Extreme Temperature Operation Supported
Humidity Resistance Supported
Dust Protection Industrial Grade
Long-Term Environmental Stability Supported
Weather Monitoring Integration Supported
Remote Site Deployment Supported
Harsh Environmental Operation Optimized

Security Specifications

Network & Data Security

Specification Details
Secure Remote Access Supported
User Authentication Supported
Network Security Features Supported
Secure Firmware Management Supported
Encrypted Communication Support Supported
Data Integrity Protection Supported
Remote Monitoring Security Supported

Monitoring & Scientific Applications

CORS Networks

The Leica GR30 GR50 receivers are ideal for continuously operating reference station networks.

CORS Applications

  • National GNSS networks
  • Regional reference stations
  • RTK correction services
  • Permanent positioning infrastructure

Geodetic Monitoring

The receivers support long-term geodetic and tectonic monitoring projects.

Geodetic Applications

  • Crustal movement monitoring
  • Earth deformation analysis
  • Tectonic studies
  • Plate movement observation

Structural Monitoring

The systems are widely used for infrastructure monitoring applications.

Monitoring Targets

  • Bridges
  • Dams
  • Buildings
  • Towers
  • Tunnels

Meteorological & Atmospheric Research

GNSS data collected by the receivers can support atmospheric and weather-related studies.

Scientific Research

The Leica GR30 and GR50 are suitable for universities, research institutions, and geospatial laboratories.

Software Compatibility

Supported Geospatial Platforms

Software Platform Compatibility
Leica Spider Software Supported
Leica Infinity Supported
GNSS Processing Software Supported
Geodetic Analysis Platforms Supported
Monitoring Systems Supported
GIS Software Supported
Scientific Data Platforms Supported
RTK Network Systems Supported

Advantages of Leica GR30 GR50

Continuous Reliability

Designed for uninterrupted 24/7 GNSS operation.

High-Precision Data

Provides geodetic-grade measurement performance.

Advanced Network Integration

Supports modern reference station and RTK infrastructure.

Secure Data Handling

Ensures safe long-term data collection and transmission.

Flexible Scientific Applications

Suitable for geodesy, meteorology, infrastructure monitoring, and research.

Standard Package Contents

Included Components

  • Leica GR30 or GR50 Receiver
  • Power Supply System
  • Ethernet Communication Accessories
  • Mounting Hardware
  • GNSS Configuration Software
  • User Documentation
  • Data Communication Interfaces

Optional Accessories

Expansion Options

  • GNSS Reference Antennas
  • Lightning Protection Kits
  • Environmental Enclosures
  • Backup Power Systems
  • External Storage Modules
  • Remote Monitoring Tools
  • RTK Network Integration Packages
  • Scientific Data Processing Software

Industries Using Leica GR30 GR50

Industry Application
Geodesy National GNSS Networks
Surveying Reference Stations
Civil Engineering Structural Monitoring
Research Scientific Observation
Meteorology Atmospheric Analysis
Transportation Infrastructure Monitoring
Energy Facility Monitoring
Government Geospatial Infrastructure

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