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BD-GPR-S Dual-Frequency Radar (800+1600 MHz)

It is suitable for municipal engineering, highway construction, and other fields, used to detect or determine the stratification information of road pavements. The specific classifications are as follows: Roads: Used to identify the layering and thickness of road pavement. Bridges: Used to assess the construction quality of girders, columns, and other structural elements.


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Classification


Product Detail


 

Product用途:

It is applicable to municipal engineering, highway construction, and other fields, used to detect or determine the stratification information of road pavements. The specific classifications are as follows:

◆ Roads: Used to determine the stratification and thickness of road layers.

◆ Bridges: Used for inspecting the construction quality of beams, columns, and other structural elements.

 

Product Features:

◆ This product features an integrated host-and-antenna design, offering a compact size, lightweight construction, and low power consumption.

◆ Wireless connection between the host and the computer for convenient operation.

◆ Enable real-time data acquisition and display

◆ The software features a clean interface, simple operation, and a quick learning curve.

◆ Multi-band antennas available, with a wide range of applications.

◆ The analysis software is easy to operate, and the results are interpreted accurately.

◆ High detection accuracy and precise localization

◆ Built-in ultra-large-capacity battery for long-lasting performance

◆ Ergonomically designed, simple, durable, and easy to operate—perfect for mobile field work environments.

 

Compliant with standards:

       ◆ “Code for Geophysical Exploration in Hydropower and Water Conservancy Engineering DL/T 5010-2005”

◆ “Geophysical Exploration Code for Water Conservancy and Hydropower Engineering SL 326-2005”

◆ "Technical Code for Geophysical Prospecting in Power Engineering DL/T 5159-2012"

◆ “Underwater Engineering Geophysical Exploration Code DB34/T 2209-2014”

◆ “Ground-Penetrating Radar for Highway Cross-Section Flaw Detection and Structural Layer Thickness Measurement JT/T 940-2014”

◆ “Standard for Urban Engineering Geophysical Exploration CJJ/T 7-2017”

◆ Technical Specification for Urban Underground Pipeline Detection CJJ 61-2017

◆ Technical Specification for Quality Inspection of Construction Projects Using Radar Method DGJ 32-TJ79-2009

◆ Technical Specification for Advanced Geological Forecasting in Railway Tunnels Q∕CR 9217-2015

◆ “Technical Standard for Comprehensive Detection and Risk Assessment of Urban Underground Hazards JGJT 437-2018”

◆ "Code for Geophysical Exploration in Highway Engineering JTGT 3222—2020"

 

Performance specifications:

BD-GPR-S (800 MHz + 1600 MHz) Ground-Penetrating Radar

Antenna center frequency

800 MHz + 1.6 GHz

Measurement method

Point-by-point measurement, distance-triggered measurement, continuous measurement

Scan rate

200 lines per second

Display mode

Pseudo-color image, stacked waveform, or grayscale image

Analog-to-digital conversion

24bit

Operating temperature

-30℃ to +70℃

Continuous working hours

≥8 hours

Operating voltage

10-15VDC

Total system power consumption

<12W

Protection rating

IP66

Signal-to-noise ratio

Better than 160 dB

Wireless data transmission distance

Greater than 50 m

Minimum sampling interval

≤5ps

Weight

1.5 kg

Maximum detection depth

8m

External dimensions

330mm×170mm×110mm

 

Case Study:

 

Data Image:

 

Results interpretation: The blue‑marked interface corresponds to the ground‑surface reflection, while the red‑marked interface represents the concrete pavement layer. The space between these two interfaces corresponds to the thickness of the first layer. According to the software analysis, the layer thickness is generally around 17–19 cm and relatively uniform. As the dielectric constant was not calibrated on site, a small margin of error remains. No reflections were observed at greater depths; within a testing depth of 0.8 m, the first concrete layer is clearly visible.

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