u-blox ublox gnss positioning gps zed-f9r rtk high precision dead reckoning sbas pointperfect
ZED-F9R
F9 L1/L2 dual-band GNSS module, cm-level accuracy, SBAS, SLAS, high precision, dead reckoning
Key features
- Multi-band GNSS receiver delivers centimetre-level accuracy
- Fully integrated solution for fast time-to-market
- Dynamic models for slow-moving service robots and electric scooters (ZED-F9R-02B)
- Native support for PointPerfect simplifies integration
- Recommended for evaluation:Â C102-F9R
- Alpha Micro technical support offered for maximum benefit for your application
The u-blox ZED-F9R positioning module integrates the u-blox F9 receiver platform, delivering a robust multi-band GNSS sensor fusion solution tailored for industrial applications within a compact form factor. Its wide bandwidth facilitates simultaneous reception of numerous satellites, ensuring high availability of RTK solutions and swift convergence times.
This advanced sensor fusion module incorporates an integrated inertial measurement unit (IMU) to enhance RTK positioning accuracy. Utilising sophisticated built-in algorithms, it seamlessly blends IMU data, GNSS measurements, wheel ticks, correction data, and vehicle dynamics models, overcoming GNSS limitations in challenging environments.
Operable across various terrains, including open skies, wooded countryside and areas prone to multipath interference, the ZED-F9R caters to industrial applications such as agricultural machinery and heavy trucks, pivotal in data-driven economies where precise control and position accuracy are paramount. It extends support to low-speed ground robotics through low-speed calibration, featuring specialized dynamic models optimized for diverse wheeled vehicle classes.
The device presents a turnkey self-contained solution, mitigating technical risks associated with RF component selection and third-party library integration. With built-in support for a range of correction services, ZED-F9R empowers each application to fine-tune performance according to its specific requirements. Whether through internet or satellite data, the module facilitates high-precision navigation with built-in support for RTCM or SPARTN-formatted corrections.
