GPS Here 4
A high‑performance GNSS module with RTK capability designed for use on drones and other unmanned vehicles.
- Price
- €265indicative
- Availability
- In production
- Origin
- Collected automatically
- Source
- Manufacturer page (airbot-systems.com) +1 more
- Retrieved
- 25 Sept 2026
- Last checked
- 25 Sept 2026
- Report
- Report an error or request removal
The GPS Here 4 module integrates a UBlox F9P GNSS receiver, an RM3100 magnetometer and a complete IMU package. It supports dual‑band L1/L5 signals from BeiDou, Galileo, GLONASS, GPS and QZSS satellites with RTK correction for centimeter‑level accuracy. The module communicates via the high‑speed DroneCAN (8 Mbit/s) interface and features an on‑board STM32H7 processor for firmware updates.
Payload
- Sensor
- GNSS
Source
- Source
- Manufacturer page
- Retrieved
- 25 Sept 2026
- Last reviewed
- 25 Sept 2026
- Confidence
- Medium · 80%
Collected automatically from the source; not reviewed yet.
Communications
- Interfaces
- DroneCAN (8Mbit/s)
Source
- Source
- Manufacturer page
- Retrieved
- 25 Sept 2026
- Last reviewed
- 25 Sept 2026
- Confidence
- Medium · 80%
Collected automatically from the source; not reviewed yet.
General
- Navigation Module
- UBlox F9P
- Constellations Supported
- BeiDou, Galileo, GLONASS, GPS, QZSS
- RTK Capability
- Yes
- Dual Band L1 / L5
- Yes
- Maximum GNSS Channels
- 4
- Satellite Bands
- B1I, B2a, E1B/C, E5a, L1C/A, L1OF, L5
- Internal Processor
- STM32H7
- Internal Antenna
- Taoglas Dual band L1/L5 (high sensitivity)
- LED Notification
- Yes
- IMU and Compass
- ICM42688 + RM3100
- Barometer
- MS5611
- Positioning Precision
- 0.01 m + 1 ppm CEP
- Update Rate
- up to 20 Hz
- Cold Start Acquisition Time
- 25s
- Aided Start Acquisition Time
- 2s
- Hot Start Acquisition Time
- 2s
- Sensitivity – Tracking & Navigation
- -167dBm
- Sensitivity – Cold Starts
- -148dBm
- Sensitivity – Hot Starts
- -157dBm
- Sensitivity – Reacquisition
- -160dBm
- Supported Protocols
- NMEA, UBX binary, RTCM 3.3, SPARTN 2.0.1
- Anti‑Spoofing Algorithm
- Advanced
- Firmware Support
- AP_Periph
Values are normalised to SI-style units. Open a value's source marker for provenance and confidence. Additional specifications are shown as published by the source, without unit conversion. Spotted an error? Report it to us, tell the manufacturer or claim this listing.
Ask Airbot Systems about GPS Here 4
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