Coverage Map
Check live coverage and quality tiers for RTK FIX expectations by region. Learn how baseline affects accuracy.
RTKdata.com Network Availability
RTKdata.com provides access to a global reference network delivering real-time GNSS corrections with centimeter-level accuracy.
At a glance
20,000+ active reference stations worldwide
145+ countries and 4,600+ cities covered
Designed for fast RTK FIX with dense station geometry in key regions
Notes: Coverage and density evolve continuously; always verify availability in your project area before deployment.
Live coverage map
Check current coverage and density before fieldwork.
Regional coverage (by area)
RTK coverage in North America & Europe - fast FIX in open sky
Dense urban/suburban footprints and major inter‑city corridors enable fast RTK: FIX in open‑sky conditions.
Recommended mountpoint: AUTO (applies NAD83(2011) in the US, ETRS89/ETRF2000 in the EU).
RTK coverage in Australia & New Zealand
Broad metro coverage with expanding corridor build‑out between cities.
Tip: Use the regional IP and AUTO mountpoint for the correct local frame.
RTK coverage in India, Japan & South Korea
Wide metro availability; inter‑city coverage growing rapidly. Expect fast convergence in open sky.
RTK coverage in Latin America
Strong footprints in selected metros; corridor build‑out in progress. Best practice: Verify on the live map, then run an on‑site outdoor FIX test.
RTK coverage in Africa & Middle East
Concentrated coverage in capitals and industrial zones; expanding corridors. Accuracy tip: Maintain a short baseline to the nearest reference for fastest FIX.
Datum selection
Use AUTO as the mountpoint to apply the correct regional reference frame automatically (e.g., ETRS89 in Europe, NAD83(2011) in the US). For globally fixed frames, select AUTO_WGS84, AUTO_ITRF2020 or AUTO_ITRF2014 (ALL CAPS).
Best practice
Verify coverage on the map, then run an outdoor FIX test at the site.
For vertical work, remember heights are ellipsoidal; apply a geoid in your GIS/photogrammetry workflow for orthometric elevations.
Last updated