GNSS Structural Monitoring: Millimeter Displacement Detection
Millimeter-level GNSS displacement monitoring for bridges, dams and buildings. How RTK receivers keep critical infrastructure safe.
Millimeter-level GNSS displacement monitoring for bridges, dams and buildings. How RTK receivers keep critical infrastructure safe.
Jammertest 2025 tested Septentrio AIM+ receivers through ~100 jamming and spoofing scenarios. Here’s what the results mean for UAV operators — and which receivers carry that protection.
How the official Septentrio ROSaic driver (septentrio_gnss_driver) integrates mosaic-X5 / AsteRx GNSS/INS receivers with ROS 1 & ROS 2 for UAVs: 30+ topics, firmware requirements, INS YAML setup, OSNMA and multi-source RTK.
Why RxTools is the professional configuration and diagnostics software for Septentrio GNSS receivers in UAV integration: native Linux, integrated spectrum analysis, ASCII commands, and message-level differential link monitoring.
How to determine GNSS-based attitude (heading, pitch, roll) from a moving base with dual-antenna RTK — hardware, data links, MovingBase configuration, and accuracy for UAVs and vehicles.
Why did the satellite count drop from 27 to 13 after RTK Fixed? An SBF Analyzer guide to Above Horizon, In Track, In PVT, and when a low satellite count signals a problem.
Complete Septentrio mosaic-G5 GNSS receiver + Pixhawk integration guide: UART & DroneCAN wiring, PX4 & ArduPilot config, RTK centimeter positioning, and dual-antenna GNSS heading.
A complete guide to integrating Septentrio mosaic-X5 and mosaic-G5 GNSS receivers with NVIDIA Jetson Orin running ROS 2 — from wiring to RTK positioning.
The CUAV V5+ flight controller is one of the most popular open-source autopilots on the market, co-designed by CUAV and…
If you’re operating a DJI Matrice 400 RTK for powerline inspection, LiDAR mapping, or precision surveying, you’ve probably noticed a growing…