SingularXYZ H1 Handheld SLAM LiDAR Scanner with RTK GNSS

The SingularXYZ H1 is a professional handheld 3D LiDAR scanner designed for surveying, reality capture, construction mapping, infrastructure documentation and digital twin applications. It combines a 32-line LiDAR sensor, Simultaneous Localization and Mapping (SLAM) technology, integrated GNSS RTK positioning and a triple-camera imaging system. The scanner captures up to 480,000 points per second and features a built-in 3.9-inch AMOLED touchscreen for real-time point cloud visualization. Its compact design allows professionals to capture detailed 3D environments indoors and outdoors without requiring a separate controller.

The SingularXYZ H1 features a 32-line LiDAR scanner, a maximum measurement rate of 480,000 points per second, a 360-degree horizontal scanning field of view and a 63.5-degree vertical field of view. It provides specified measurement accuracy of 1.5 cm at 10 meters, 3 cm at 20 meters and 5 cm at 40 meters. Additional features include integrated multi-constellation GNSS RTK, SLAM positioning, two 13 MP fisheye cameras, a near-infrared tracking camera, a 3.9-inch AMOLED touchscreen, expandable storage and an IP65-rated housing.

The SingularXYZ H1 provides specified LiDAR measurement accuracy of 1.5 cm at 10 meters, 3 cm at 20 meters and 5 cm at 40 meters under manufacturer reference conditions. Its integrated GNSS RTK system offers positioning accuracy of 8 mm + 1 ppm horizontally and 15 mm + 1 ppm vertically when suitable corrections are available. These specifications refer to different measurement functions and should not be interpreted as guaranteed absolute accuracy for every point in a completed scan. Actual results depend on scanning conditions, SLAM trajectory quality, GNSS reception, calibration and processing methods.

The SingularXYZ H1 has a specified scanning radius of approximately 40 meters for targets with more than 10% reflectivity and up to 70 meters for targets with more than 80% reflectivity. Its published scanning range is therefore approximately 40 to 70 meters, depending on the reflective properties of the measured surfaces. Dark objects generally reflect less laser energy and may be detected at shorter distances. Actual range also depends on atmospheric conditions, measurement angle and the surrounding environment.

The SingularXYZ H1 captures up to 480,000 laser measurement points per second using its 32-line LiDAR scanner. This high acquisition rate allows operators to collect dense 3D point clouds while moving through buildings, construction sites, industrial facilities and outdoor environments. The scanner has a 360-degree horizontal and 63.5-degree vertical field of view. Actual point cloud density depends on walking speed, distance to objects, scanning trajectory and the selected acquisition settings.

The SingularXYZ H1 combines handheld SLAM scanning with integrated survey-grade GNSS RTK positioning, high-resolution panoramic cameras and an onboard touchscreen. Many conventional handheld SLAM scanners require external equipment for georeferencing or real-time data visualization. The H1 includes an integrated GNSS receiver with 1,408 channels, a 3.9-inch AMOLED display and an imaging system with two 13 MP fisheye cameras and a near-infrared tracking camera. It also supports colorized point clouds, textured meshes and 3D Gaussian Splatting workflows, making it suitable for both geometric measurement and visual reality capture.

The SingularXYZ H1 is designed for land surveyors, geospatial professionals, architects, construction engineers, BIM specialists, infrastructure inspectors, industrial facility managers and heritage documentation teams. Typical applications include building surveying, construction site mapping, infrastructure capture, architectural reality capture, industrial plant documentation and digital twin generation. Its combination of mobile LiDAR scanning and GNSS RTK positioning makes it especially useful for professionals working across indoor and outdoor environments.

Yes. The SingularXYZ H1 is suitable for building surveys, architectural documentation, existing-condition measurement and Scan-to-BIM workflows. Its handheld SLAM technology allows operators to capture rooms, corridors, staircases, facades and other accessible building areas while walking. The resulting 3D point clouds can be imported into compatible CAD and BIM software to support floor plans, elevations, cross-sections and as-built modeling. Creating detailed BIM objects or finished architectural drawings generally requires additional modeling, dimensional verification and quality control.

Yes. The SingularXYZ H1 can be used to document construction sites, capture existing structures and monitor changes during building projects. Its LiDAR scanner records surrounding geometry as a dense 3D point cloud, while integrated cameras provide visual information for interpreting site conditions. The collected data can support construction progress documentation, renovation planning, geometric verification and comparison with design models. For accurate comparisons between different survey dates, consistent georeferencing and appropriate survey control are important.

Yes. The SingularXYZ H1 is suitable for 3D documentation of industrial facilities, warehouses, mechanical installations, infrastructure and other complex environments. Its 360-degree horizontal scanning capability and handheld operation allow operators to capture visible surfaces while moving through accessible areas. The generated point clouds can support facility layout documentation, retrofit planning, asset management, digital twins and engineering analysis. Multiple scanning passes may be necessary to capture objects hidden behind machinery, columns or other obstacles.

Yes. Heritage digitization is one of the applications identified by SingularXYZ for the H1 handheld 3D laser scanner. Its non-contact LiDAR measurement technology allows professionals to capture the geometry of historical buildings, monuments, architectural details and cultural heritage environments. The integrated cameras provide photographic information for colorized point clouds and textured 3D representations. These datasets can support conservation planning, restoration documentation, digital archiving and virtual visualization of heritage sites.

Yes. The SingularXYZ H1 supports outdoor 3D mapping and terrain documentation using its LiDAR sensor and integrated GNSS positioning system. Operators can capture visible ground surfaces, structures, landscape features and infrastructure while moving through a site. Its GNSS RTK capability can help connect the collected data to geographic coordinates when suitable satellite reception and corrections are available. Outdoor scanning performance depends on terrain, vegetation, satellite visibility and scanning geometry. The H1 is primarily a mobile reality capture system rather than a replacement for long-range airborne LiDAR equipment.

Yes. The SingularXYZ H1 uses Simultaneous Localization and Mapping (SLAM) technology to estimate scanner movement and create a 3D map without requiring continuous GNSS reception. This makes it suitable for indoor environments such as buildings, warehouses, corridors and industrial facilities. Its integrated near-infrared tracking camera and inertial measurement unit support the positioning workflow. For projects requiring accurate geographic coordinates, GNSS RTK measurements or surveyed control points can be used to support georeferencing. SLAM results depend on the scanning trajectory and available environmental features.

Yes. The SingularXYZ H1 includes a multi-constellation GNSS receiver with 1,408 channels. It supports satellite systems including GPS, BeiDou, GLONASS, Galileo and QZSS, along with other supported navigation signals. The specified RTK positioning accuracy is 8 mm + 1 ppm horizontally and 15 mm + 1 ppm vertically under suitable conditions. Integrated GNSS positioning allows outdoor scanning projects to be connected to real-world coordinate systems. Achieving RTK accuracy requires appropriate correction data, satellite visibility and a suitable surveying workflow.

Yes. The SingularXYZ H1 incorporates two 13 MP fisheye cameras with 1-inch CMOS sensors and a separate near-infrared tracking camera. The fisheye cameras provide a combined imaging field of view of approximately 360 degrees horizontally and 300 degrees vertically, and support HDR imaging with a range of 3 to 5 EV. The cameras capture image information that can be combined with LiDAR measurements to create colorized 3D point clouds and textured models. The near-infrared camera supports tracking during SLAM-based scanning.

The SingularXYZ H1 includes a 3.9-inch AMOLED touchscreen for controlling scanning functions and reviewing collected data directly on the instrument. Its built-in real-time viewer offers point cloud, photographic and split-screen display modes. Operators can monitor scanning progress, evaluate coverage, inspect previously captured projects and adjust supported acquisition settings without needing a separate handheld controller. This helps identify missing areas during fieldwork and makes the scanning workflow more convenient.

The SingularXYZ H1 main scanning unit weighs approximately 900 grams without the battery handle. Its specified dimensions are 120 × 145 × 85 mm, excluding the handle. Each battery handle weighs approximately 342 grams and measures 64 × 158 × 38 mm. The compact and lightweight construction is intended for handheld mobile scanning and allows the instrument to be carried through buildings, infrastructure sites and outdoor environments. The complete working weight depends on the installed battery and mounting configuration.

The SingularXYZ H1 is supplied with two battery handles, each with a specified capacity of 12,000 mAh. The manufacturer states that each battery handle supports up to approximately one hour of continuous operation under reference conditions. The scanner also supports compatible external power through a dedicated USB Type-C connection, providing additional flexibility for longer scanning sessions and alternative mounting arrangements. Actual battery endurance depends on scanning activity, operating conditions and connected functions.

The SingularXYZ H1 has an IP65-rated housing and a specified operating temperature range of -10°C to +50°C. IP65 indicates protection against dust ingress and water jets, making the scanner suitable for use in a range of outdoor working environments. However, the scanner is not designed for immersion in water. Its LiDAR uses a 905 nm laser with a Class 1 eye-safety classification. Operators should follow the manufacturer's environmental and laser safety instructions, particularly during adverse weather or demanding field conditions.

The SingularXYZ H1 works with SingularXYZ's dedicated point cloud processing software, identified as SingularStudio in the manufacturer's product resources. The software supports processing, refinement, editing and visualization of captured 3D data. Depending on the workflow, users can generate colorized point clouds, textured meshes and 3D Gaussian Splatting outputs. The scanner also includes an onboard real-time point cloud viewer for data acquisition and field review. Available processing capabilities and supported functions should be verified against the installed software version.

Yes. The SingularXYZ H1 includes a built-in real-time point cloud viewer accessible through its 3.9-inch AMOLED touchscreen. Operators can switch between point cloud visualization, camera imagery and split-screen views while collecting data. This allows scanning coverage and data quality to be reviewed directly in the field. Previously captured projects can also be inspected using the onboard interface. Real-time visualization helps reduce missed areas, although final datasets may still require post-processing, registration and quality checks.

The SingularXYZ H1 supports colorized point cloud exports in PCD, LAS, E57 and PLY formats. It also supports textured mesh output in OBJ format and 3D Gaussian Splatting output in PLY format. These file formats can be used for different applications, including surveying, point cloud analysis, 3D visualization, digital twins and CAD/BIM workflows. Compatibility with particular third-party applications depends on the file format, software version, coordinate system and available import functions.

Yes. The SingularXYZ H1 supports 3D Gaussian Splatting workflows through compatible post-processing software. Gaussian Splatting is a method of representing three-dimensional scenes with realistic visual appearance using spatial and image information. The H1's LiDAR sensor and dual fisheye cameras provide geometry and imagery that can contribute to these representations. Supported software can generate Gaussian Splatting results in PLY format. These visual models are useful for digital twins, virtual site documentation, heritage visualization and interactive 3D presentations, but they are not substitutes for validated survey measurements.

Yes. The SingularXYZ H1 combines SLAM-based 3D scanning with integrated GNSS RTK positioning, allowing scanned environments to be referenced to geographic coordinate systems. GNSS measurements can provide positioning information during outdoor scanning, while SLAM estimates the scanner's movement and spatial relationships. The resulting data can be processed into georeferenced point clouds for surveying, GIS and engineering applications. Accurate georeferencing depends on correction availability, satellite reception, coordinate system configuration and the processing workflow. Additional survey control may be necessary for demanding projects.

The SingularXYZ H1 includes 32 GB of onboard storage, expandable using a compatible TF memory card. The scanner provides two USB Type-C interfaces, including one for data transfer and another for external power. It also supports Wi-Fi 5 connectivity. The available storage is used for LiDAR measurements, camera imagery and project information. Storage requirements depend on scan duration, acquisition settings and the amount of imaging data collected. Regular transfer and backup of scanning projects are recommended.

The SingularXYZ H1 manufacturer specifies a minimum computer configuration with an 8-core processor, an NVIDIA graphics card with 8 GB of video memory and 32 GB of system RAM for point cloud post-processing. For more demanding projects, the recommended configuration includes a 32-core or higher processor, an NVIDIA graphics card with 16 GB or more of video memory and at least 64 GB of system RAM. Larger point clouds, textured meshes and Gaussian Splatting projects may require additional computing resources and storage capacity.