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HIGH PRECISION POSITIONING RTK TECHNOLOGY

HIGH PRECISION POSITIONING RTK TECHNOLOGY

HIGH PRECISION POSITIONING RTK TECHNOLOGY

Product catalog summary
Introduction to RTK Technology
Geometer International provides advanced solutions for high-precision navigation and positioning using RTK GNSS technology. This method involves receiving satellite signals simultaneously by a mobile rover and a base station, allowing for positioning accuracy up to 1 cm.

Specifications of RTK Receivers
  • GM SMART L1: 335 channels, single-frequency receiver with RTK support, upgradeable to L2 frequencies.
  • GM SMART L1/L2: 698 channels, dual-frequency receiver for L1/L2 signals.
  • GM SMART M: 965 channels, multi-frequency receiver for L1/L2/L5 signals, offering professional geodetic level accuracy.
  • GM RTK: 184 channels, dual-frequency receiver for L1/L2 signals, ensuring stable horizontal accuracy.
  • RTK Base Station: Available in single, dual, or multi-frequency configurations.

RTK Equipment Features
RTK equipment is essential for applications requiring absolute coordinate accuracy, achieving 1 cm precision compared to consumer systems' 2.5 to tens of meters. It supports multiple satellite systems (GPS, GLONASS, GALILEO, BEIDOU, QZSS, IRNSS) and frequencies, enhancing accuracy and solution speed.

Methods for Obtaining Corrections
  • Own Base Station: Provides independence with a correction radius of 50 km or more.
  • Networked Base Stations: Automatic connection to the nearest station for mobile RTK rovers.
  • Paid Access: Temporary access to a network of base stations with various service packages available.

Applications of RTK Receivers
RTK technology is used across various industries where precise positioning is crucial, including geodesy, agriculture, horticulture, forestry, landscape design, construction, road construction, utilities, gas, and oil production and distribution.

Industry-Specific Applications
  • Geodesy: Surveying, marking, height control, and territory border definition.
  • Agriculture: Field boundary determination and high-precision navigation.
  • Horticulture: Cartography and garden layout.
  • Forestry: Territory boundary definition and structural digitalization.
  • Landscape Design: Geoinformation mapping and project staking.
  • Construction: Site layout and structural digitization.
  • Road Construction: Control and measurement works.
  • Utilities: High-precision cartography and work volume determination.
  • Gas and Oil Production: High-precision mapping and structural digitization.

Software Options
The choice between geometer SCOUT or SurvX/SurPAD software depends on customer requirements for specific functions.
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Catalog excerpts

HIGH PRECISION POSITIONING RTK TECHNOLOGY-1

Geometer International HIGH PRECISION POSITIONING RTK TECHNOLOGY Geometer International offers its own developments for high-precision navigation and positioning. The essence of the RTK GNSS method is to receive a satellite signal simultaneously by a mobile rover at a point and a base station at a known static point. The database records the difference between calculated and actual data and transmits the RTK correction to the rover. This technology allows to achieve absolute positioning accuracy at the level of 1 cm. GM SMART L1 - 335 channels, a single-frequency receiver that operates on the L1 frequency with RTK support, and also has the ability to upgrade the receiver to receive L2 frequencies additionally. GM SMART L1/L2 - 698 channels, dual-frequency receiver, unlocked version, receives signal at frequencies L1/L2. GM SMART M - 965 channel, multi-frequency receiver that receives a signal at frequencies L1/L2/L5. Professional geodetic level. Stable horizontal and height accuracy. GM RTK - 184 channels, dual-frequency receiver that receives signals at frequencies L1/L2. Provides stable horizontal accuracy. RTK Base Station - GNSS RTK L1/L2 base station kit (optionally singlefrequency L1, dual-frequency L1/L2, or multi-frequency L1/L2/L5). www.gpsgeometer.com/en | +380 (50) 842-61-65 (Viber, WhatsApp, Telegram)

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HIGH PRECISION POSITIONING RTK TECHNOLOGY-2

Geometer International METHODS FOR OBTAINING CORRECTIONS Own base station - independence from external providers. Own base station transmitting corrections within a radius of 50 km or more. Two or more base stations can be networked with automatic connection to the nearest station during moving the RTK rover. Paid access to the network of base stations. No need to buy your own base station, if you can purchase temporary access to receive corrections. There are options for hourly corrections, daily, weekly, monthly, annual service packages. RTK RECEIVER APPLICATIONS RTK equipment is used when...

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HIGH PRECISION POSITIONING RTK TECHNOLOGY-3

Geometer International EXAMPLES OF USE BY INDUSTRY: Geodesy - survey of points, marking works, control of heights, stake-out, control and measuring works, definition of exact borders of territories. Agriculture - accurate determination of field boundaries, staking out digital projects, highprecision navigation during field work. Horticulture - high-precision cartography, determining the exact boundaries of gardens, laying out gardens, stakng out digital projects. Forestry - precise definition of territory boundaries, structural digitalization (marking of important and problematic areas). Landscape...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.