KS-900 — Professional Ground Penetrating Radar (GPR)

Full Description

The KS-900 is a high-performance Ground Penetrating Radar (GPR) system designed for deep subsurface imaging. Designed in Germany, it leverages FMCW (Frequency-Modulated Continuous Wave) technology combined with robust field engineering to deliver precise detection of voids, tunnels, buried structures, metals, and geological layers. It features a rugged design with an intuitive touchscreen control, a mobile trolley for portability, onboard 2D/3D imaging, and the ability to export data via USB for advanced desktop analysis. The KS-900 is ideal for archaeologists, treasure hunters, geologists, and engineers working in challenging terrain.

Key Features & Technical Highlights

Search Modes & Survey Workflows

• Real-time 2D scanning (line scans) for rapid identification of subsurface anomalies

• Grid/area scanning for thorough coverage of larger sites; helps build contiguous maps of buried structures and tunnels

• 3D visualization via depth slicing and layered rendering using exported data

• Automatic or semi-automatic data logging to prevent data loss in field operations

Package Contents

• KS-900 main unit with integrated T/R antenna

• Touchscreen control module

• Built-in rechargeable battery and charger

• Mobile trolley/cart for field deployment

• USB data cable and mounting/transport accessories

• Protective carrying case

• User manual and warranty documentation

Typical Applications

• Archaeological excavation and heritage site investigation

• Detection and mapping of tunnels, voids, and caves

• Pre-construction surveys: pipes, utilities, and infrastructure underground

• Geological and environmental stratigraphy mapping

• Search and rescue operations to locate subterranean shelters or voids

• Treasure hunting and exploration of deeply buried artifacts

How to Operate — Field Workflow

1. Fully charge the battery and mount the KS-900 on the trolley/cart in a stable configuration

2. Power on the unit; ensure software version is up to date; select surveying mode (2D line/grid or prepare for 3D export)

3. Perform a test scan line to adjust gain/sensitivity according to soil/terrain type

4. Conduct full scanning passes across the target area; monitor the display for anomalous reflections

5. Export collected data via USB; conduct depth slicing and 3D reconstruction in desktop software

6. Compare results with ground truth before excavation or physical intervention

Important Notes & Limitations

• The 60-meter depth claim is manufacturer-advertised under ideal geological conditions; performance may vary in soils with high moisture, high mineral content, or complex terrain

• Operator training is essential, as GPR image interpretation requires experience

• Device firmware/software should be kept updated through official channels

• Adequate scanning overlap and grid patterns are recommended for maximum accuracy