GPS Receiver Systems

portfolio
portfolio

Project Description

There are two types of GPS receiver systems offered by AgLeader

 

GPS 6000

  • Entry-level option for growers seeking a cost-effective
    receiver.
  • Single-frequency receiver designed for general
    mapping and AutoSwath functions.
  • Differential corrections include GLIDE, WAAS/EGNOS.
  • GLONASS standard and Outputs radar speed for other devices in cab.
  • LED diagnostics for system monitoring.

GPS 7500

  • Up to 2.5cm accuracy with options of RTK, TerraStar-X, TerraStar-C Pro,
    TerraStar-L, WAAS/EGNOS, GLIDE.
  • Rover radio 400 or 900 or cellular options.
  • GLONASS standard.
  • Outputs radar speed for other devices in cab.
  • LED diagnostics for system monitoring.

 


GPS 7500 Base Station

  • GPS 7500 can be converted to a dual-frequency RTK base station.
  • Radio 400 and 900 options.
  • Access to multiple GNSS signals, including GLONASS.
  • Wi-Fi capability for setup by phone or tablet.

 

 

TerraStar Correction Services

  • TerraStar corrections superior GNSS reference network, redundant system architecture, continuous quality monitoring
  • High rate corrections provide rapid re-convergence, typically in less than 60 seconds following brief GNSS signal disruptions
  • Positioning technology allows continuous operation through correction signal interruptions up to 300 seconds
  • Overlapping geostationary satellite coverage ensures maximal coverage
  • Triple L-Band tracking allows better correction signals reception—even in challenging environments
  • A seamlessly integrated solution from a single source including GNSS hardware and corrections

StableLoc®

StableLoc maintains accurate steering – even when your correction signal is temporarily lost – by seamlessly transitioning to the next available signal source. When the signal is restored, the system will then transition back to the higher accuracy source, eliminating position jumps.

GLIDE

GLIDE offers superior pass to pass performance in situations when a differential signal is not available.

  • Works globally (does not require WAAS or EGNOS)
  • Provides smooth positioning for AutoSteer applications
  • Further enhances performance by accounting for ionosphere delay
  • Especially suited to geographies with high-ionosphere disturbance
  • Mitigates scintillation events
  • GPS 7500 enhances absolute accuracy with GLIDE because of Dual Frequency GNSS capabilities

Project Details

  • ClientAgLeader
  • Date2020
  • DescGPS receivers from entry-level guidance to high-accuracy guidance for all operations