SingularXYZ X1 Pro RTK GNSS Rover Base Set

The Singular XYZ X1 Pro Rover & Base Set is a professional RTK GNSS surveying system that uses one receiver as a fixed base station and a second receiver as a mobile rover. The base calculates correction data and sends it to the rover, allowing the rover to achieve centimetre-level positioning in real time.

The system is built around two Singular XYZ X1 Pro GNSS receivers for rover and base operation, together with an SC300 field controller for configuring the equipment and collecting survey data. The exact package may also include poles, tripods, tribrachs, antennas, chargers, cables, cases or software, depending on the selected configuration. Check the product contents before ordering.

The set is designed for land surveyors, construction contractors, civil engineers, utility companies, GIS teams, agricultural professionals and other users who need an independent high-accuracy positioning system for field measurements and stakeout work.

The X1 Pro Rover & Base Set can support topographic surveys, cadastral measurements, construction layout, machine-control reference work, earthworks measurement, as-built surveys, utility mapping, road surveys, control-point establishment, GIS data collection and agricultural positioning tasks.

A rover and base set allows users to create their own local RTK correction source instead of depending entirely on a commercial NTRIP, CORS or VRS network. This is useful in areas where correction-network coverage is unavailable, unreliable or unsuitable for the project.

Yes. Each X1 Pro is a configurable GNSS receiver that can be used as a rover, base station or static receiver. This allows the equipment to be adapted for different projects, including network RTK surveying, local base-and-rover work and post-processed static observations.

The X1 Pro uses 1,408 channels to track GPS, GLONASS, Galileo, BeiDou, QZSS, NavIC and supported SBAS signals. Tracking multiple constellations and frequencies improves satellite availability, initialization speed and positioning reliability in challenging environments.

The X1 Pro is specified to achieve RTK accuracy of 8 mm + 1 ppm horizontally and 15 mm + 1 ppm vertically under suitable conditions. Actual accuracy depends on satellite visibility, base coordinates, baseline length, multipath, radio quality, atmospheric conditions and correct surveying procedures.

The receiver is designed to initialize an RTK fixed solution within a few seconds when satellite visibility and correction quality are suitable. Initialization may take longer near buildings, beneath heavy tree cover or where the correction link is unstable.

The integrated IMU measures the angle of the survey pole and compensates for the tilted position of the receiver. This allows users to measure points without holding the pole perfectly vertical, making it easier to survey beside walls, under obstacles and in other difficult locations.

The X1 Pro supports tilt measurements at pole angles of up to 60 degrees. The system is specified to maintain approximately 2.5 cm tilt accuracy when the IMU is correctly initialized, the pole height is entered accurately and the rover has a reliable fixed RTK solution.

The receiver combines full-constellation tracking, anti-interference technology and advanced RTK processing to improve operation under tree canopy, near structures and in multipath environments. Severe obstructions can still reduce satellite availability and affect initialization or measurement quality.

The base receiver can transmit correction data directly to the rover through its integrated UHF radio. Depending on the configuration and available communication services, correction data can also be distributed through internet-based NTRIP or TCP workflows.

The integrated enhanced UHF radio has a specified operating range of up to approximately 15 km under optimal conditions. Actual range depends on antenna height, terrain, buildings, vegetation, radio interference, transmission power and whether there is a clear line of sight between the base and rover.

No. The base can send corrections directly to the rover through UHF radio, allowing independent operation without mobile internet. Internet access may still be used for NTRIP corrections, cloud services, project transfers or other connected workflows.

Yes. The X1 Pro includes 4G connectivity and supports NTRIP Client, NTRIP Server, NTRIP Caster and TCP modes. Either receiver can therefore be configured for network RTK workflows when a compatible correction service and mobile-data connection are available.

The X1 Pro can receive corrections from compatible standard UHF and enhanced-radio systems, but interoperability depends on frequency, channel spacing, correction format and radio protocol. Confirm compatibility before combining the X1 Pro with a third-party base, rover or external radio.

The receiver supports common correction formats including RTCM 3.0, RTCM 3.1, RTCM 3.2, RTCM 3.3 and CMR. The selected base and rover settings must use compatible formats, frequencies and communication protocols.

The SC300 field controller is used to configure the base and rover, create survey projects, select coordinate systems, enter antenna heights, collect points, perform stakeout tasks and export field data. It runs Android 12 and includes a six-inch touchscreen and physical QWERTY keyboard.

The base receiver is normally mounted securely over a known control point using a tripod and tribrach. The surveyor enters the verified point coordinates and measured antenna height before starting correction transmission. Incorrect base coordinates or antenna height will introduce an error into every rover measurement.

Yes. The base can be started using an averaged autonomous position or another surveyed position, but measurements will then be accurate relative to the base rather than necessarily aligned with an official coordinate system. A site calibration, localization or later coordinate transformation may be required.

Each X1 Pro has an integrated 6,700 mAh battery and provides more than 20 hours of operation under specified conditions. Battery life varies with base or rover mode, UHF transmission power, 4G use, display activity, temperature and other settings.

Yes. The X1 Pro supports USB Type-C charging and can be connected to a suitable power bank or external power source during fieldwork. A full fast charge takes approximately three hours under the specified charging conditions.

Yes. Each receiver has an IP68-rated magnesium-aluminium housing, an operating temperature range of approximately -40°C to +65°C and a specified two-metre drop resistance. Correctly close all ports and transport the equipment securely to maintain protection.

Confirm that the base coordinates and antenna height are correct, the rover is receiving corrections, the selected coordinate system matches the project and the pole height is entered correctly. Survey points should normally be stored only after the rover reports a fixed solution and the displayed accuracy meets the project requirements.