RTK F9P Positioning Solutions
  • Introduction
  • What is RTK?
    • GPS Location
  • The RTK Base
    • Choosing a base module
    • Auto conf (QGControl / MP)
    • Configuring the base manually
    • LED Signals
  • The RTK Rover
    • Choosing a rover module
    • Auto conf (QGControl / MP)
    • Configuring the rover manually
  • RTK F9P Drotek Modules
    • DP0601
      • Hardware
        • Drawing
          • V1
          • V1.1
          • V1.2
        • Pinouts
          • V1
          • V1.1
          • V1.2
      • Software
    • Sirius RTK GNSS Base (F9P)
      • Hardware
        • Drawing
        • Pinouts
        • LED Signals
      • Software
    • Sirius RTK GNSS Rover (F9P)
      • Hardware
        • Drawing
        • Pinouts
      • Software
    • DP0602
      • Hardware
        • Drawing
        • Pinouts
      • Software
  • How to get started
    • ZED-F9P RTK configuration
    • Pixhawk 3 PRO (EOLA) integration
    • Telemetry integration
  • Tutorials
    • Set Baudrates
    • Set Nav update rate
    • Set Survey-in time & position accuracy limit
    • Set Fixed LLH or ECEF
    • Change GNSS constellations
    • Updating ZED-F9P Firmware
    • Setup RTK solution using a local network
    • Install U-blox drivers
    • Precise Post Processing (PPP)
  • Frequently Asked Questions
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  1. RTK F9P Drotek Modules

Sirius RTK GNSS Rover (F9P)

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Last updated 1 month ago

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The Sirius F9P RTK module is built to provide a reliable rover module for your vehicle. With a built-in active antenna patch, it is capable of interacting with the Galileo satellites network, along with the common GPS, Beidou and Glonass networks, which will provide more accuracy for its positioning. The form factor of the Sirius module is simple, thus easily fitting most setup designs as well as easy integration into your vehicle. Its 6 pins JST-GH connector makes it plug-and-play with the Pixhawk PRO 3 autopilot.

The Sirius RTK module cannot be used as a base module, as its single 6 pins JST-GH connector is only meant to be connected to an autopilot, which would be configured with RTK data encapsulated into the MAVLink protocol. Its pinout makes it directly compatible with the Pixhawk 3 PRO autopilot.

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