From 22,580-Drone Shows to eVTOL: GNSS Time & Integrity
GNSS time sync powers 22,580-drone light shows; certified GNSS/INS integrity decides eVTOL certification. See the 2026 receiver checklist for both.
GNSS time sync powers 22,580-drone light shows; certified GNSS/INS integrity decides eVTOL certification. See the 2026 receiver checklist for both.
How GNSS-aware sensor fusion works on a UAV, where it adds to the flight controller’s own estimator, and how to get attitude and continuity from a dual-antenna receiver.
How GNSS augmentation (SBAS, U-GBAS, PPP-RTK, ARAIM) plus sensor fusion deliver centimetre vertiport approach for eVTOL and swarm-scale drone shows in 2026.
The ground half of a drone RTK workflow: receiver checks, antenna placement, four ways to fix the base reference position, RTCMv3 output to the autopilot, and a pre-flight checklist.
Complete guide to integrating a Septentrio Mosaic-X5 or Mosaic-G5 RTK GNSS receiver with the CubePilot CubeOrange flight controller. Wiring, ArduPilot and PX4 configuration, dual-antenna heading, and real-world performance.
Upgrading your Holybro Pixhawk 6X flight controller with a professional-grade RTK GNSS receiver unlocks centimeter-level positioning accuracy that consumer GPS modules…
Drones fly faster and turn harder than the marketing numbers suggest. Three public sources – a Septentrio mapping case, a 10 Hz velocity-estimation study, and an ISRO rotation-rate paper – show why linear dynamics and angular motion must be measured separately, and how to test your own airframe.
The Drone GNSS Market in 2026: Size, Growth, and Key Trends The drone industry is at an inflection point. What was…
Septentrio at DroneX 2026: mosaic-G5 P6 multi-frequency GNSS for lightweight drones, plus the Septentrio-powered UAV receivers we supply.
A sunset RTK dropout in low latitudes is usually the ionosphere, not the airframe: what scintillation does to drone GNSS and how IONO+ keeps a fix.