RTKdata Blog
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RTK for Drones: Ultimate Precision Explained
V2X Communication and RTK: How Connected Vehicles Use Positioning Data
How V2X communication shares vehicle data, how RTK improves positioning, and what connected vehicles need for reliable real-world operation.
HDOP, PDOP, RMS and FIX/FLOAT: which GNSS quality indicator should you trust?
Your field software shows four numbers at once, and they do not always agree. A solution status, an accuracy estimate,
Spray Drone RTK Setup: How to Get Consistent Coverage Without a Local Base Station
Every spray drone setup hits the same wall: the aircraft flies the route you planned, but the route is not
Drone Mapping vs Traditional Survey in Construction: Speed, Cost, and Accuracy Compared
Drone mapping and traditional surveying both deliver centimeter work, but not the same centimeters. A total station holds sub-centimeter on
Underground Utility Locating in 2026: Methods, Equipment and the Role of Precision GPS
Underground utility locators stand between an excavator bucket and a live gas main. Crews that locate underground utilities properly hand
How to Use RTK GPS With ArcGIS Field Maps and QGIS
Built-in phone GPS puts you within a few meters of the truth. For asset inventories, utility staking, or as-built capture,
GNSS Aided Inertial Navigation: Why Autonomous Systems Can’t Rely on INS Alone
An INS gives an autonomous drone or ground robot a self-contained way to estimate motion when the sky view disappears.
RTK for DJI Mavic 3T: Kira Solar Thermography Brazil
How Kira runs IEC-grade solar thermography on a $5,000 DJI Mavic 3T at 17 m altitude using RTKdata’s RTK network in Brazil. 3,192 modules indexed at Fortlev PoC.
How to Choose a GNSS Receiver: Accuracy, Compatibility & Corrections
A complete buyer guide to GNSS receivers in 2026: frequency bands, RTK accuracy tiers, correction methods (cloud NTRIP vs base station), and a decision matrix for surveying, drones, and robotics.