Singular XYZ X1 Lite RTK GNSS Receiver with 60 Degree IMU

The SingularXYZ X1 Lite is a professional multi-frequency RTK GNSS receiver designed for high-precision land surveying, construction layout, mapping, infrastructure work and other geospatial applications. It combines full-constellation satellite tracking, UHF communication, tilt compensation and static data collection in a compact field-ready receiver.

In RTK fixed mode, the X1 Lite is specified for horizontal accuracy of 8 mm + 1 ppm and vertical accuracy of 15 mm + 1 ppm under suitable operating conditions. Actual results depend on satellite visibility, correction quality, baseline length, environmental conditions and correct survey procedures.

Yes. Its integrated IMU supports pole tilt compensation up to 60 degrees. This allows surveyors to measure points without holding the pole perfectly vertical, which is useful beside walls, under obstacles, near buildings and in other difficult-to-access locations.

The manufacturer specifies tilt-surveying accuracy of better than ±2.5 cm within a tilt angle of up to 60 degrees. Accuracy depends on correct pole-height entry, successful IMU initialization, an RTK fixed solution and suitable field conditions.

The typical RTK initialization time is less than five seconds when sufficient satellite signals and valid correction data are available. Initialization can take longer in obstructed environments or when correction quality is poor.

The receiver uses 1,408 channels, multi-constellation tracking, multi-frequency observations and anti-interference technology to improve positioning in tree canopy, multipath areas and urban environments. Performance may still decrease near dense vegetation, tall structures, reflective surfaces or other severe signal obstructions.

The X1 Lite tracks signals from GPS, GLONASS, Galileo, BeiDou, QZSS and NavIC, together with supported SBAS services. Using several constellations provides access to more satellites and can improve availability and positioning stability in challenging locations.

Yes. The receiver can be configured as an RTK base or rover, subject to the selected hardware configuration and available accessories. A two-receiver setup can be used as a local base-and-rover system, while a single receiver can operate as a network rover when connected to a compatible correction service.

Yes. Configurations with an internal UHF modem can transmit or receive RTK corrections over radio. The product documentation specifies operation within the 410–470 MHz range, although the exact permitted frequencies and power settings depend on the configuration and local radio regulations.

The enhanced internal UHF system can reach up to approximately 15 km under optimal conditions. Radio range is affected by terrain, antenna height, obstructions, interference, transmission power and local regulations, so typical field performance may be shorter.

Compatibility depends on the UHF version and radio protocol. The enhanced LoRa configuration is not necessarily compatible with standard third-party UHF rovers. A normal UHF option supporting common protocols may be available, so the required frequency and protocol should be confirmed before selecting a configuration.

Yes. The X1 Lite supports network RTK workflows using NTRIP corrections. Because the Lite model does not contain an integrated cellular modem, internet access is normally supplied through a connected Android controller or another compatible external device.

The receiver is designed to work with SingularPad, SingularXYZ’s Android field-surveying software. SingularPad supports receiver configuration, coordinate systems, RTK base and rover setup, point collection, stakeout and survey data management.

Yes. It supports Bluetooth 4.0 dual-mode communication for connection to compatible Android controllers and mobile devices. NFC is also available to simplify supported pairing and connection workflows.

Yes. Its Wi-Fi connection provides access to the receiver’s browser-based Web UI. The Web UI can be used to check device status, adjust settings, download static files and install firmware updates.

Yes. The receiver supports static surveying and stores raw observations in its internal memory. Static files can be downloaded for post-processing through the USB Type-C connection or the receiver’s Wi-Fi Web UI.

The X1 Lite supports NMEA-0183 output, RINEX 3.02 and 3.04, and SingularXYZ binary XYZ observation files. Supported correction formats include RTCM 3.0, 3.1, 3.2 and 3.3, as well as CMR. Supported network protocols include NTRIP client, NTRIP server, NTRIP caster and TCP.

The receiver supports selectable data output rates from 1 Hz to 50 Hz. The appropriate update rate depends on the application, controller software and required recording interval.

The integrated 6,700 mAh battery provides more than 20 hours of operation under specified conditions. Actual runtime varies with UHF transmission power, communication mode, temperature, satellite tracking and other active functions.

The receiver charges through its USB Type-C port and requires approximately three hours for a fast charge under suitable conditions. It can also be powered or charged from a compatible power bank for extended field operation.

No. The X1 Lite uses an integrated internal battery. This design reduces external openings and supports the receiver’s compact construction and environmental sealing.

Yes. The receiver has an IP68 environmental rating, providing protection against dust and water under the conditions defined by that standard. All connector covers should be properly closed before exposure to rain, dust or water.

The X1 Lite has a magnesium-aluminium alloy housing and is designed to survive a two-metre drop onto concrete. It is specified for operation from -40°C to +65°C, making it suitable for demanding outdoor surveying conditions when used and maintained correctly.

The X1 Lite is designed for professional surveyors, construction teams, civil engineers, GIS and mapping specialists, utility contractors, infrastructure inspectors and other users who require centimetre-level outdoor positioning. Typical tasks include topographic surveys, boundary work, construction stakeout, control-point measurement, as-built recording, utility mapping and static GNSS observations.