SCR Series Dual-Frequency Ground-Penetrating Radar
The SCR series dual-frequency geological radar is a highly integrated, high-performance, high-precision, and efficient digital ground-penetrating radar system.
This geological radar model integrates antennas with both 200MHz and 600MHz center frequencies, capable of meeting the detection needs for shallow small targets and deep targets simultaneously. The data acquisition software boasts excellent compatibility, supporting both Windows and Android systems. It is mainly used for: municipal pipeline inspections, road voids, road structural layer thickness and defects, ice layer thickness, frozen soil, airport runways, shallow prospecting, and archaeological research.
★ Features of SCR Dual-Frequency Radar
The system has a wide bandwidth range with minimal overlap, enabling simultaneous detection of shallow small targets and deep targets.
Highly integrated, high-performance, high-precision, and efficient digital ground-penetrating radar system. Utilizing advanced ultra-Nyquist sampling technology and internal stacking techniques, it delivers ultra-high signal-to-noise ratio data. The antenna features advanced dielectric segmentation loading technology, allowing for high purity sub-waves while also offering significant detection depth.
The collection software integrates data browsing and preprocessing functions, allowing users to adjust contrast, locate with a crosshair cursor, zoom proportionally, and remove backgrounds on-site. The software is compatible with both Windows and Android systems and can be converted to different platforms as needed.
Four-wheeled portable folding handcart, featuring a foldable frame design for compact storage and ease of carrying. Smooth operation reduces vibration and interference. Various attachment racks (vehicle racks, GPS racks, etc.) can be added according to requirements, suitable for multiple application scenarios.
※Standard Frequencies: 200MHz & 600MHz, Optional Frequencies: 400MHz & 900MHz, 600MHz & 1200MHz, 400MHz & 150MHz.




































