SingularXYZ X1 Pro RTK GNSS Receiver with 60° IMU Tilt

The Singular XYZ X1 Pro is a compact, professional RTK GNSS receiver designed for centimetre-level positioning, surveying, mapping and stakeout work. It combines full-constellation satellite tracking, an integrated 60-degree IMU tilt sensor, 4G connectivity, UHF radio and a durable IP68 housing.

The X1 Pro is designed for land surveyors, construction professionals, civil engineers, GIS and mapping teams, utility contractors, agricultural operators and other users who need accurate field positioning. It can be used as a rover, base receiver or static GNSS receiver, depending on the selected setup.

The X1 Pro can support topographic surveys, cadastral measurements, construction layout, point stakeout, as-built surveys, utility mapping, GIS data collection, earthworks measurement, control-point establishment and static GNSS observations.

Yes. The receiver supports rover and base workflows through NTRIP, 4G and UHF communication. The required configuration, accessories and radio compatibility depend on whether the receiver will connect to an RTK correction network, another GNSS base or an external radio.

An RTK correction source is required to achieve real-time centimetre-level positioning. Corrections can be received from an NTRIP or CORS network through the integrated 4G modem, from a local GNSS base through UHF radio or through another compatible communication method.

Yes. In areas without mobile data coverage, the X1 Pro can receive corrections from a compatible local base station through its integrated UHF radio. It can also collect static GNSS observations for later post-processing when real-time corrections are unavailable.

The X1 Pro has 1,408 channels and simultaneously tracks signals from GPS, GLONASS, Galileo, BeiDou, QZSS, NavIC and supported SBAS systems. Multi-constellation tracking improves satellite availability and positioning reliability in demanding field environments.

The specified RTK accuracy is 8 mm + 1 ppm horizontally and 15 mm + 1 ppm vertically under suitable operating conditions. Actual field accuracy depends on satellite visibility, correction quality, baseline length, multipath, atmospheric conditions and correct survey procedures.

The typical RTK initialization time is less than five seconds under suitable conditions, with a stated initialization reliability above 99.9%. Reacquisition is specified at less than one second, although real-world performance depends on the correction link and surrounding environment.

The integrated IMU compensates for pole tilt, allowing points to be measured without keeping the survey pole perfectly vertical. This helps users measure beside walls, beneath obstacles, near buildings and in other locations where conventional pole positioning is difficult.

The X1 Pro is specified to maintain tilt-surveying accuracy within plus or minus 2.5 cm at pole angles of up to 60 degrees. Results depend on correct pole-height entry, an initialized IMU, a valid fixed solution and appropriate field technique.

Yes. The receiver records static GNSS observations and supports RINEX 3.02 and 3.04 data. Its specified static post-processing accuracy is 2.5 mm + 0.5 ppm horizontally and 5 mm + 0.5 ppm vertically under suitable survey conditions.

The X1 Pro includes 4G, UHF radio, Bluetooth 4.0, NFC, dual-band Wi-Fi, RS232 and USB Type-C connectivity. These options allow the receiver to connect to RTK networks, field controllers, local base stations, external equipment and the receiver’s browser-based Web UI.

The integrated 410–470 MHz UHF radio has a specified working range of up to 15 km under optimal conditions. Actual range varies with terrain, antenna height, interference, transmit power, radio settings and whether there is a clear line of sight between the base and rover.

Compatibility depends on the UHF configuration and radio protocol. The enhanced UHF base mode is not compatible with standard UHF rovers, while a normal UHF option is available for compatibility with supported third-party radios. The required frequency, protocol and configuration should be confirmed before ordering or combining equipment.

The receiver supports NTRIP Client, NTRIP Server, NTRIP Caster and TCP workflows. It accepts RTCM 3.0, 3.1, 3.2 and 3.3 correction formats as well as CMR, making it suitable for a wide range of network RTK and local-base applications.

The X1 Pro outputs NMEA 0183, RINEX 3.02 and 3.04, and the Singular XYZ binary format. The data update rate is selectable from 1 Hz to 50 Hz, allowing the receiver to support standard surveying as well as applications requiring faster position updates.

Yes. The receiver can connect to a compatible data collector, tablet or smartphone through Bluetooth, Wi-Fi or supported cable connections. Software compatibility depends on the controller application, communication drivers, supported NMEA or receiver protocols and the required coordinate-system workflow.

The integrated 6,700 mAh battery provides more than 20 hours of operation under specified conditions. Battery life varies with the selected working mode, UHF transmission power, 4G use, display activity, temperature and other communication settings.

The receiver supports fast charging and has a specified charging time of approximately three hours. It uses a USB Type-C connection and can also be powered in the field from a suitable external power source.

Yes. The X1 Pro has an IP68-rated magnesium-aluminium alloy housing for protection against dust and water. It is designed for professional outdoor work and is specified to operate between -40°C and +65°C.

The receiver is designed to survive a two-metre drop onto concrete. Proper care, secure pole mounting and protective transport are still recommended because impact direction, attached accessories and repeated drops can affect the receiver.

The standard receiver specification lists 8 GB of internal storage for static data and related files. Storage can be expanded to 32 GB when required, subject to the selected product configuration.

Users can connect to the receiver’s Web UI through Wi-Fi to configure settings, check operating status, transfer recorded data, manage storage and perform system upgrades. The 1.1-inch OLED colour display and status LEDs also provide field information about power, satellites, corrections, 4G and recording.