Alpha Geo Falcon X with RTK & SLAM Lidar

Alpha Geo Falcon X Rover Set Product Description

The Alpha Geo Falcon X Rover Set is a hybrid RTK GNSS and SLAM LiDAR surveying system for field teams that need more than a standard GNSS rover. It brings together centimetre-level RTK positioning, mobile LiDAR scanning, IMU tilt compensation, visual data capture and field software in one workflow. This makes it useful for surveyors, construction professionals, GIS teams, engineers, drone mapping crews and infrastructure specialists working across open-sky, obstructed and indoor environments.

In normal outdoor conditions, the Falcon X works as a professional RTK GNSS rover for point collection, control measurement, construction layout, topographic surveys, GIS data capture and site checks. When the project moves into a tunnel, building, underground utility space, urban canyon, forested area or other location where GNSS reception is limited, the integrated SLAM LiDAR scanner allows the user to continue collecting useful 3D spatial data.

Hybrid RTK GNSS and SLAM Workflow

The main strength of the Falcon X is its ability to support different measuring methods within the same field system. RTK mode is suited for conventional survey work where satellite visibility is available. SLAM mode is designed for mobile point cloud collection in areas where a GNSS-only receiver may struggle or stop working completely.

For mixed projects, this gives the field crew more continuity. A surveyor can collect RTK points outside, document site features, then continue into a building, tunnel, plant room, parking garage or utility corridor with SLAM scanning. This is especially valuable for infrastructure, construction, engineering, inspection and mapping projects where outdoor and indoor data often need to connect in one usable coordinate workflow.

RTK GNSS Performance for Survey Work

The Falcon X uses a 1408-channel GNSS engine with support for GPS, GLONASS, BeiDou, Galileo, QZSS, IRNSS, SBAS and L-Band signals. In fieldwork terms, broad constellation support helps the rover track more signals and maintain a stable position in different regions and site conditions.

For RTK surveying, the receiver is specified at 8 mm + 1 ppm horizontal accuracy and 15 mm + 1 ppm vertical accuracy for baselines under 30 km. Network RTK accuracy is specified at 8 mm + 0.5 ppm horizontal and 15 mm + 0.5 ppm vertical. This level of performance makes the Falcon X suitable for survey control, topographic measurement, construction checks, setting out and accurate GIS work when used with suitable corrections and field procedures.

4D IMU Tilt for Faster Point Collection

The built-in 4D IMU tilt compensation helps users measure points without perfectly levelling the pole for every observation. The Falcon X supports tilt compensation from 0° to 120°, with specified tilt accuracy of less than 2.5 cm within 120°.

On site, this is useful around fences, walls, trenches, parked equipment, building corners, traffic areas and other places where holding the pole perfectly vertical is slow or difficult. For construction workers and surveyors, tilt compensation can reduce repeated setup time while still keeping the workflow practical for accurate point collection.

Integrated SLAM LiDAR Scanning

The Falcon X includes a 40-channel LiDAR scanner with a measurement rate of up to 200,000 points per second. The scanning range is specified from 0.1 m to 40 m at 10% reflectivity and from 0.1 m to 70 m at 80% reflectivity. This allows users to walk through a project area and capture dense 3D point cloud data of the surrounding environment.

SLAM scanning is especially useful when the job requires more than individual points. It can help document tunnels, underground spaces, utility corridors, industrial sites, building interiors, façades, forestry tracks, stockpiles, roadsides and complex urban areas. For volume work, as-built documentation, design reference and inspection, a point cloud can give office teams and project stakeholders a clearer understanding of the site.

Camera System and Colour Point Cloud Support

The Falcon X is equipped with two 48 MP colouring cameras and a 5 MP AR camera. The panoramic camera setup supports colour point cloud processing, which can make 3D survey data easier to interpret in the office.

Colourised point clouds are useful for communicating site conditions to engineers, CAD teams, BIM teams, contractors and clients. Instead of viewing only a grey point cloud, users can work with visual context from the captured environment, helping with feature recognition, documentation and project review.

Field Software and Data Workflow

The Falcon X works with the AlphaGeo SurPro 6.0 Android application for field operation. The app is used to configure GNSS and SLAM parameters, perform RTK surveying, collect points, control SLAM scanning, acquire point clouds and monitor positioning quality. Alpha Studio PC software is used in the office workflow for point cloud handling and processing.

The system supports .las point cloud output, which is a common format for LiDAR and point cloud projects. It also supports colour point cloud processing and RTK fusion processing, helping teams connect GNSS, LiDAR and visual information into a usable survey deliverable.

Connectivity for Modern RTK Workflows

The Falcon X is designed for different correction and communication setups. It includes internal UHF radio, 4G cellular connectivity, Wi-Fi, Bluetooth 5.2, Nano SIM support, Type-C interface, LEMO5 interface, SMA UHF antenna interface and microSD storage. Supported correction workflows include internal radio, device internet, phone internet and NTRIP-style field software workflows.

This flexibility is useful for crews working across different countries, networks and job sites. A construction team may use network RTK through internet corrections, while a survey crew in a remote area may prefer radio correction workflows depending on the setup and available equipment.

Built for Field Conditions

The Falcon X has a rugged magnesium alloy body and an IP67 waterproof and dustproof rating. It is specified for operation from -20°C to +50°C, making it suitable for demanding field environments, changing weather and construction site conditions.

Battery life is specified at approximately 180 minutes in SLAM mode and typically up to 8 hours in RTK mode using phone internet. This makes the system suitable for high-power scanning tasks as well as longer conventional RTK sessions, depending on the project workflow.

Typical Applications

• Land surveying and topographic measurement
• Construction layout, site checks and as-built documentation
• Tunnel, underground and utility corridor surveying
• Urban mapping and infrastructure documentation
• Forestry, stockpile and volume measurement
• Indoor and outdoor point cloud collection
• Engineering, BIM and architectural survey support
• GIS data collection in obstructed environments

Who Is the Alpha Geo Falcon X Rover Set For?

The Falcon X is a strong fit for professionals who regularly move between open outdoor areas and GNSS-challenged environments. Surveyors can use it for RTK point work and point cloud scanning. Construction teams can use it for layout support, site measurement and as-built documentation. GIS workers can collect accurate position data in more complex locations. Drone pilots and mapping teams can add ground-based point clouds to aerial survey data for more complete project coverage.

For simple open-field point collection, a standard RTK rover may be enough. For projects involving tunnels, buildings, bridges, vegetation, industrial sites, underground spaces or dense urban areas, the Falcon X gives the user more measuring options in one system.

Buying from Global GPS Systems

Global GPS Systems supplies the Alpha Geo Falcon X Rover Set with worldwide shipping from the Netherlands, insured transport, import and export support, and product guidance from GNSS specialists. For buyers comparing RTK GNSS, LiDAR and SLAM equipment, this support helps match the system to the right field workflow, correction method and software setup.

The Alpha Geo Falcon X Rover Set is a practical choice for teams that want one flexible system for RTK surveying, SLAM scanning and indoor-outdoor mapping. It combines GNSS positioning, LiDAR data capture, IMU tilt compensation, camera support and field software in a workflow built for modern survey and mapping projects.