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Explains the LEDs, power button, and charging methods for the Reach RX device.
Guides on downloading Emlid Flow, powering on the device, and establishing a Bluetooth connection.
Outlines the need for a PC/Mac and specific tool for firmware updates.
Details requirements for clear sky view (30° horizon) and avoiding electronic interference for optimal performance.
Introduces RTK, its accuracy benefits over standard GNSS, and the base/rover concept.
Explains NTRIP, its advantages, and the workflow for configuring corrections via Emlid Flow.
Describes how to interpret solution statuses (SINGLE, FLOAT, FIX) shown in the app or via LEDs.
Details connecting a Reach RS2+ base to an NTRIP caster for corrections.
Explains how to configure the Reach RX rover to receive corrections from an RS2+ base mount point.
Guides on using a non-Emlid base station with the Reach RX via NTRIP.
Details configuring the Reach RX rover to receive corrections from a third-party base mount point.
Explains the purpose of GCPs and how to place and measure them for UAV mapping.
Guides on pairing Reach RX with Android devices via Bluetooth for mock location.
Refers to the need for specific software and documentation for flashing firmware.
Provides steps to locate the device's serial number using a QR code.
Explains the LEDs, power button, and charging methods for the Reach RX device.
Guides on downloading Emlid Flow, powering on the device, and establishing a Bluetooth connection.
Outlines the need for a PC/Mac and specific tool for firmware updates.
Details requirements for clear sky view (30° horizon) and avoiding electronic interference for optimal performance.
Introduces RTK, its accuracy benefits over standard GNSS, and the base/rover concept.
Explains NTRIP, its advantages, and the workflow for configuring corrections via Emlid Flow.
Describes how to interpret solution statuses (SINGLE, FLOAT, FIX) shown in the app or via LEDs.
Details connecting a Reach RS2+ base to an NTRIP caster for corrections.
Explains how to configure the Reach RX rover to receive corrections from an RS2+ base mount point.
Guides on using a non-Emlid base station with the Reach RX via NTRIP.
Details configuring the Reach RX rover to receive corrections from a third-party base mount point.
Explains the purpose of GCPs and how to place and measure them for UAV mapping.
Guides on pairing Reach RX with Android devices via Bluetooth for mock location.
Refers to the need for specific software and documentation for flashing firmware.
Provides steps to locate the device's serial number using a QR code.
General| Frequency Bands | L1, L2 |
|---|---|
| Number of Channels | 184 |
| Update Rate | 10 Hz |
| Power Supply | 5V DC |
| Ingress Protection | IP67 |
| Type | GNSS Receiver |
| Signals Tracked | GPS, GLONASS, BeiDou, Galileo, QZSS, SBAS |
| GNSS Support | GPS, GLONASS, BeiDou, Galileo, QZSS, SBAS |
| Communication | Wi-Fi, Bluetooth, Serial |
| Communication Interfaces | Wi-Fi, Bluetooth, USB |
| Operating Temperature | -20°C to +65°C |
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