Visual Positioning Solution For Modern Surveying Workflows
Dutco Tennant LLC presents Leica GS18 I, a versatile, survey-grade GNSS RTK rover with Visual Positioning. Designed for surveying professionals to measure points which previously could not be measured with a GNSS rover easily and accurately. Now, you can quickly capture the site in images and measure points from them, either in the field or later in the office.
Sensor fusion of GNSS, IMU and a camera come together to create the Visual Positioning technology, resulting in a GNSS RTK rover so powerful that it enables you to measure what you see. In addition to Visual Positioning, GS18 I has all the functionalities of the Leica GS18 T. For example, you can map points with either tilted or levelled poles.
Designed for high-efficiency field workflows, Leica GS18 I integrates seamlessly into Leica Geosystems' digital reality capture ecosystem, supporting structured surveying, spatial validation, and professional documentation across infrastructure, construction, and geospatial applications.
Competitive Advantages Of The Leica GS18 I
Leica GS18 I transforms conventional GNSS workflows by enabling image-based measurement directly from captured site visuals. It extends the capability of traditional RTK rovers by combining survey-grade positioning with advanced visual data capture.
- Measure points with obstructed view to the sky more efficiently and easily.
- Capture points you couldn't reach before with a GNSS rover.
- Gain more flexibility and control, with no need to use additional time-consuming equipment.
- Map hundreds of points with survey-grade accuracy within minutes.
- Capture the scene quickly and decide later, what should be measured, even if the scene subsequently changes or disappears.
- Tap on an image to measure a point in the field or in the office.
- Quick and thorough so you catch every detail.
System Integration and Workflow Advantages
- Combines GNSS, IMU and camera sensor fusion to enable Visual Positioning technology.
- Allows image-based point measurement both in the field and later in the office.
- Supports tilted or levelled pole measurement functionality.
- Reduces dependency on additional field equipment.
- Enhances productivity by capturing complete site context for later analysis.
Types
Visual Positioning GNSS RTK Rover
This integrates GNSS, IMU, and camera technology to enable image-based surveying and point measurement directly from captured visuals.
- Enables measurement of previously inaccessible points
- Supports efficient field-to-office workflows
- Enhances flexibility in complex survey environments
Tilt-Compensated Survey Rover
This supports both tilted and levelled pole measurements, maintaining survey-grade accuracy without strict vertical alignment.
- Improves efficiency in constrained environments
- Reduces time spent re-levelling the pole
- Maintains reliable RTK precision
Standout Features & Benefits
Visual Positioning Technology
- Enables you to measure what you see.
- Combines GNSS, IMU and camera through sensor fusion.
- Expands measurable site conditions beyond traditional GNSS limitations.
Image-Based Measurement
- Capture the full scene for later analysis.
- Tap on an image to measure directly.
- Improves flexibility in changing site environments.
Obstruction Handling
- Measures points with obstructed sky visibility.
- Extends productivity in urban and partially covered areas.
- Reduces return visits to site.
Rapid Data Capture
- Maps hundreds of points within minutes.
- Supports quick scene documentation.
- Improves efficiency in high-demand projects.
Application Areas
Construction & Infrastructure Surveying
- Supports accurate site layout and validation
- Improves documentation in active project environments
- Enhances productivity in complex job sites
Urban & Obstructed Environments
- Measures points in areas with limited sky visibility
- Improves flexibility in dense cityscapes
- Reduces dependency on additional positioning equipment
Topographic & Geospatial Mapping
- Enables rapid collection of survey-grade data
- Supports image-based validation and analysis
- Enhances mapping efficiency and completeness
Forensic & Specialist Survey Applications
- Captures scenes for later measurement and verification
- Preserves site conditions digitally
- Improves documentation accuracy for review and reporting
