3DMakerpro Hawk Handheld LiDAR 3D Scanner with 140m Range

3DMakerpro Hawk Professional Handheld LiDAR 3D Scanner

The 3DMakerpro Hawk is a professional handheld LiDAR scanner developed for capturing accurate 3D data of buildings, construction sites, industrial installations and outdoor environments. Combining high-speed laser scanning with colour imaging, the Hawk allows surveyors, engineers and construction professionals to document existing conditions and create detailed digital representations of real-world spaces.

With a scanning range of up to 140 metres, a point cloud capture rate of 480,000 points per second and a compact design weighing approximately 900 grams, the Hawk is built for projects where mobility, efficient data collection and reliable 3D documentation are important. It can be used for architectural surveys, site inspections, as-built documentation, infrastructure mapping and digital twin projects.

Fast LiDAR Scanning with Centimetre-Level Accuracy

The Hawk uses LiDAR technology to measure surrounding surfaces and create dense three-dimensional point clouds. Its specified accuracy is 1.5 cm at 10 metres, 3 cm at 20 metres and 5 cm at 40 metres. This enables professionals to capture the geometry of rooms, building facades, structures and industrial equipment with a useful level of detail for spatial documentation and planning.

With a scanning frequency of up to 480,000 points per second, the device collects large amounts of spatial information while moving through an environment. Instead of manually measuring every wall, column or structural feature, users can record the overall geometry of an area and examine the resulting 3D dataset afterwards. Multi-echo LiDAR technology also supports data acquisition in environments containing different surfaces and objects.

The scanner provides a 360-degree horizontal field of view and a 63.5-degree vertical field of view. This wide scanning coverage helps capture floors, walls, ceilings and surrounding structures during a scanning session, reducing the need for repeated repositioning in many environments. Actual coverage and accuracy depend on distance, surface reflectivity, visibility and scanning conditions.

Up to 140 Metres Scanning Range for Indoor and Outdoor Projects

The Hawk has a specified scanning range of 80 to 140 metres, depending on the reflectivity of the target surface. This makes it suitable for capturing everything from building interiors and industrial spaces to larger outdoor areas and infrastructure features.

For construction professionals, the extended range is useful when documenting building exteriors, site layouts, structural elements and areas that are difficult to access directly. Surveyors and mapping specialists can use the scanner to collect spatial information across larger environments, while inspection teams can capture existing conditions for maintenance planning, renovation work or comparison with design models.

Dual 13 MP Cameras for Colour 3D Documentation

In addition to its LiDAR measurement system, the 3DMakerpro Hawk features two 13 MP cameras with 1-inch sensors. These cameras capture visual information that can be combined with the point cloud to produce colourised 3D data and textured models.

Colour information helps users recognise materials, surfaces and individual objects within a scanned environment. This is particularly valuable for building inspections, architectural documentation, industrial facilities and digital twin applications, where understanding the appearance of a space can be just as important as its geometry.

An integrated near-infrared (NIR) visual tracking system supports motion tracking during scanning, including in challenging lighting conditions. By combining visual tracking and LiDAR measurements, the Hawk is designed to support consistent spatial capture while users move through a project area.

Portable Scanning for Construction Sites and Fieldwork

Designed for mobile use, the Hawk combines a compact 120 × 145 × 85 mm scanner body with an IP65-rated metal housing. The enclosure provides protection against dust and water jets, making it suitable for demanding working environments such as construction sites, workshops and outdoor project locations.

The scanner weighs approximately 900 grams, making it manageable for handheld scanning tasks. Its metal construction also helps dissipate heat during operation. Depending on the project setup, the Hawk can be used handheld or integrated into supported tripod and mobile mounting configurations.

A built-in 3.9-inch AMOLED display allows users to configure scanning settings, monitor data acquisition and review scan results directly on the device. This reduces the need to constantly operate a separate computer while collecting data in the field.

Removable Battery Grip and Practical Data Connectivity

The Hawk uses a removable 12,000 mAh battery grip, providing approximately one hour of operation under specified conditions. The battery supports 65 W fast charging, with a stated charging time of approximately 30 minutes from 0 to 80%. A spare battery grip can help support longer scanning sessions, while external power can be used where a suitable supply is available.

For data management, the scanner includes two USB Type-C connections, Wi-Fi 5 connectivity and support for expandable storage using a TF memory card. These options help users transfer collected scan data and manage projects between the field and office.

RayStudio Software for Point Cloud Processing and 3D Models

After scanning, captured data can be processed using RayStudio, the companion software for 3DMakerpro LiDAR scanners. The software supports point cloud processing, including noise removal, filtering and optimisation, helping users prepare their scanned environments for further inspection, modelling and visualisation.

Supported output formats include colour point clouds in PLY format, Gaussian Splatting data in PLY format and coloured polygonal models in OBJ format. These formats provide flexibility for visualisation, 3D modelling and downstream applications, subject to the import capabilities of the software being used.

For architectural and construction workflows, processed scans can serve as a reference when preparing existing-condition drawings, renovation concepts and 3D building models. For digital twin and visualisation projects, colour information and Gaussian Splatting can help create realistic representations of scanned environments. Gaussian Splatting processing requires a compatible NVIDIA GPU.

Applications for Surveying, Construction and 3D Mapping

The 3DMakerpro Hawk is suitable for professionals who need to capture the shape, dimensions and visual characteristics of physical environments without relying entirely on individual point measurements.

• Land surveying and spatial documentation: Capture site features, structural geometry and existing environments as detailed 3D point clouds.
• Construction and renovation: Record building conditions, document progress and collect reference data for refurbishment or construction planning.
• Architecture and building measurement: Scan rooms, facades and complete interior spaces to support existing-condition models and design work.
• Industrial inspection: Document machinery areas, production facilities, pipework and complex installations for inspection and maintenance planning.
• Infrastructure and civil engineering: Capture visible features of roads, bridges, structures and surrounding environments for 3D documentation.
• GIS and digital twin projects: Produce spatial datasets and visual 3D representations for asset management and digital mapping workflows.

Integrating LiDAR Scanning with Surveying Workflows

The Hawk includes an interface for an external positioning accessory and supports workflows involving GPS information and scan control points. These capabilities can assist with organising and positioning scanning projects.

For projects requiring reliable coordinates in a defined survey reference system, suitable control points, positioning equipment and verification procedures should be used. The scanner’s stated LiDAR accuracy describes its spatial measurement performance and should not be confused with independently verified absolute GNSS or RTK positioning accuracy.

This distinction is especially important for engineering surveys, GIS datasets and projects where scanned information must align with existing survey control or design coordinates.

Why Choose the 3DMakerpro Hawk?

The Hawk brings together high-density LiDAR capture, colour cameras, portable hardware and dedicated processing software in a single 3D scanning solution. It is particularly useful for teams that need to document complex environments efficiently and work with detailed point clouds rather than relying only on photographs or individual measurements.

Its combination of a wide field of view, centimetre-level specified accuracy, extended scanning range and field-ready construction makes it a practical choice for building documentation, industrial surveys, construction inspection and spatial visualisation.

3DMakerpro Hawk at Global GPS Systems

At Global GPS Systems, we help surveying, construction and engineering professionals select equipment that fits their fieldwork and data processing requirements. Whether you need a portable LiDAR scanner for building documentation, industrial inspection or 3D mapping, our team can help you understand how the 3DMakerpro Hawk fits into your existing workflow.

We can also advise on positioning equipment, data processing requirements and compatible surveying solutions for projects that combine LiDAR scanning with GNSS measurements.