Ürün Açıklaması
Eliminate Positioning Errors: RTK Technology
The SIYI F9P RTK is the "ultimate" navigation unit developed for mapping, autonomous spraying, and precision landing/takeoff operations. Featuring the industry-standard U-blox ZED-F9P chipset, this module achieves 1-2 cm horizontal positioning accuracy when used with an RTK base station. Thanks to multi-frequency (L1/L2) support, it acquires an RTK Fixed solution in seconds, even in challenging terrains with buildings or obstacles.
SIYI F9P RTK Key Features
-
U-blox ZED-F9P Dual-Frequency Chip: Simultaneously tracks L1 and L2 bands, filtering out ionospheric errors. This provides much faster and more stable positioning compared to standard single-frequency GPS modules.
-
Centimeter-Level Accuracy: Offers 1cm + 1ppm horizontal accuracy in RTK Fixed mode. Minimizes the need for ground control points (GCPs) in photogrammetry missions, speeding up your workflow.
-
Simultaneous Quad-Satellite Tracking: Uses GPS, GLONASS, Galileo, and BeiDou systems simultaneously to maximize the number of satellites in the sky and prevent signal loss.
-
Built-in Industrial Compass: The high-precision magnetometer within the module is optimized for external mounting to prevent magnetic interference from affecting the flight controller (FC).
-
SIYI Ecosystem and Pixhawk Compatibility: Fully compatible with SIYI's MK15, HM30, and FM30 systems, and can also be directly connected to all Pixhawk (V5+, V6X, Cube Orange) autopilots with its standard JST-GH 6-pin connector.
Technical Specification Table
| Feature | Detail |
| GNSS Processor | U-blox ZED-F9P (Multi-band) |
| Supported Systems | GPS, GLONASS, BeiDou, Galileo |
| Compass (Magnetometer) | Industrial Digital Compass |
| Position Accuracy | RTK Fixed: 0.01m + 1ppm (Horizontal) |
| Update Rate | 20 Hz (in RTK Mode) |
| RTK Start Time | < 10 seconds (Hot Start) |
| Connection Interface | UART (GPS) + I2C (Compass) |
| Operating Voltage | 5V DC |
Application Areas
-
Precision Agricultural Spraying: Centimeter-level tracking of spraying routes.
-
Autonomous Mapping and LiDAR: Collecting high-quality photogrammetry data.
-
VTOL Automatic Landing: Safe landing in confined areas or on moving platforms.
-
Border Security and Surveillance: Long-term autonomous patrol missions.