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高精度多通道三维阵列地质雷达系统2025新升级GER

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品牌名称：畅风型号：GER 原产地：中国大陆更新时间：2026/10/12 12:31:17

产品摘要：高精度多通道三维阵列地质雷达系统2025新升级探地雷达检测是利用电磁波在不同介质中传播特性不同的原理，而产生的一种高效的无损检测方法。电磁波的传播取决于介质的电特性，介质的电特性主要包含电导率μ和介电常数ε，前者主要影响电磁波的穿透(探测)深度，后者决定电磁波在该物体中的传播速度。

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高精度多通道三维阵列地质雷达系统2025新升级

三维阵列地质雷达系统

一：探地雷达基本原理

探地雷达检测是利用电磁波在不同介质中传播特性不同的原理，而产生的一种高效的无损检测方法。电磁波的传播取决于介质的电特性，介质的电特性主要包含电导率µ和介电常数ε，前者主要影响电磁波的穿透(探测)深度，后者决定电磁波在该物体中的传播速度。因此，所谓电特性介面也就是电磁波传播的速度介面。不同的地质体(物体)具有不同的电特性，因此，当发射天线发射的高频电磁波遇到介电常数不同的界面时，都会产生反射回波，根据接收天线接收到反射回波的时间和形式，能够确定反射界面的距离并判断反射体的可能性质。

二：系统简介

MIMO900A14RS 三维阵列雷达系统采用超宽带雷达阵列技术，采用中心频率900MHz 天线阵列、一体化、集成化设计，通道数 14 通道。该系统基于中高频电磁波的反射和衰减原理可以对建筑物混凝土结构、公路、桥梁、机场跑道等进行厚度、路基病害和管线、钢筋及目标进行探测同时对探测数据进行切片和三维成像，使检测结果更加直观。具有分辨能力强、探测深度深、采集速度快、探测数据一致性好、数据信息量大等特点。三维雷达检测系统_meitu_1.jpg

MIMO400A10RS/MIMO200A8RS 三维阵列雷达系统采用超宽带雷达阵列技术，采用中心频率 400MHz/200MHz 天线阵列、一体化、集成化设计，通道数 10/8 通道。该系统基于中低频电磁波的反射和衰减原理可以对道路、公路、管线及目标进行深层探测同时对探测数据进行切片和三维成像，使检测结果更加直观。具有分辨能力强、探测深度深、采集速度快、探测数据一致性好、数据信息量大等特点。

三：主要用途

（一） MIMO900A14RS 三维阵列雷达

l 建筑结构物内部结构探测及 3D 成像；

l 公路面层、结构层厚度检测及病害成像；

l 钢筋混凝土结构钢筋和内部缺陷探测、成像及定位； l 管线探测及定位；

l 桥梁钢筋检测和内部结构缺陷检测及定位；

l 道路、隧道、桥梁、混凝土结构施工及验收质量检测；

（二）MIMO400A10RS 三维阵列雷达

l 城市道路、机场道路质量检测；

l 城市道路空洞、脱空、疏松、高含水区、严重疏松区、裂缝等病害检测；

l 管线探测、成像及定位；

l 高速道路结构层、路基病害探测。

（三）MIMO200A8RS 三维阵列雷达

l 城市道路质量检测；

l 城市道路空洞、脱空、疏松、高含水区、严重疏松区、裂缝等病害检测；

l 管线探测、成像及定位；

l 高速道路结构层、路基病害探测。多通道雷达系统1_meitu_3.jpg

四：性能指标

（一）MIMO900A14RS三维阵列雷达

l 外形尺寸： 150×28×14cm；

l 阵列形式： MIMO 天线阵；

l 通道个数： 14 通道；

l 重量（含电池）：≤20kg；

l 功耗：≤20W；

l 单电池连续工作时间：≥4h；

l A/D：16 位；

l 供电电压：外置锂电池供电9V～12V；

l 探测深度：≥1m；

l 探测结果：二维探测数据、三维成像切片；

l 工作温度：－20℃～+50℃；

l 储存温度：－40℃～+60℃；

（二）MIMO400A10RS 三维阵列雷达

l 外形尺寸：175cm×32cm×20cm；

l 阵列形式：MIMO 天线阵；

l 通道个数：10 通道；

l 重量（含电池）：≤30kg；

l 功耗：≤20W；

l A/D：16 位；

l 供电电压：外置锂电池供电 9V～12V；

l 探测深度：≥3m；

l 探测结果：二维探测数据、三维成像切片；

l 工作温度：－20℃～+50℃；

l 储存温度：－40℃～+60℃；

（三）MIMO200A8RS 三维阵列雷达

l 外形尺寸：210cm×45cm×20cm；

l 阵列形式：MIMO 天线阵；

l 通道个数：8 通道；

l 重量（含电池）：≤30kg；

l 功耗：≤20W；

l A/D：16 位；

l 供电电压：外置锂电池供电 9V～12V；

l 探测深度：≥4m；

l 探测结果：二维探测数据、三维成像切片；

l 工作温度：－20℃～+50℃；

l 储存温度：－40℃～+60℃；

五：技术特点

l 雷达主控系统与天线阵列一体化设计，体积小、重量轻、功耗低；

l 网线方式传输，接线简单，方便设备使用；

l 可更换电池，充分保证作业效率；

l 阵列多通道、多极化方式设计充分保证成像效果；

l MIMO 阵列天线设计，天线密度更大，集成度更高；

l 探测速度快，数据采集效率高，剖面数据一致性好，间隔均匀；

l 实时采集软件可安装在笔记本电脑等手持设备，携带方便；

l 实时采集软件能够实时滤波、背景消除等基本雷达数据处理，并且能进行实

时三维切片成像；

l 实时采集软件可以按照 GPS 轨迹显示指定深度水平切片雷达图像，可以指导进行指定区域的无缝全覆盖探测。

高精度多通道三维阵列地质雷达系统2025新升级多通道雷达系统.jpg

3D Array Ground Penetrating Radar (GPR) System

I. Basic Principles of Ground Penetrating Radar

Ground penetrating radar (GPR) detection is an efficient non-destructive testing method based on the principle that electromagnetic waves propagate differently in various media. The propagation of electromagnetic waves depends on the electrical properties of the medium, primarily including electrical conductivity (µ) and dielectric constant (ε). The former mainly affects the penetration (detection) depth of electromagnetic waves, while the latter determines their propagation speed within the medium. Thus, electrical property interfaces are essentially velocity interfaces for electromagnetic wave propagation. Different geological bodies (objects) exhibit distinct electrical properties; therefore, when high-frequency electromagnetic waves emitted by a transmitting antenna encounter interfaces with different dielectric constants, reflection echoes are generated. By analyzing the time and pattern of these reflected echoes received by a receiving antenna, the distance to the reflective interface can be determined, and the nature of the reflective body can be inferred.

II. System Overview

1. MIMO900A14RS 3D Array Radar System

This system adopts ultra-wideband radar array technology with a 900MHz center-frequency antenna array, featuring an integrated and compact design with 14 channels. Based on the reflection and attenuation principles of medium- to high-frequency electromagnetic waves, it can detect the thickness of building concrete structures, roadbed defects, pipelines, steel bars, and targets. It also supports slicing and 3D imaging of detected data, making inspection results more intuitive. Key features include strong resolution, deep penetration, fast data acquisition, consistent data quality, and rich data information.

2. MIMO400A10RS/MIMO200A8RS 3D Array Radar Systems

These systems adopt ultra-wideband radar array technology with 400MHz/200MHz center-frequency antenna arrays, respectively, and feature integrated designs with 10/8 channels. Based on the reflection and attenuation principles of medium- to low-frequency electromagnetic waves, they enable deep detection of roads, highways, pipelines, and targets, with slicing and 3D imaging capabilities for intuitive results. They share features such as strong resolution, deep penetration, fast data acquisition, consistent data quality, and rich data information.

III. Main Applications

(1) MIMO900A14RS 3D Array Radar

Detection and 3D imaging of internal structures of building structures;
Thickness detection and defect imaging of road surface layers and structural layers;
Detection, imaging, and positioning of steel bars and internal defects in reinforced concrete structures;
Pipeline detection and positioning;
Steel bar detection, internal defect detection, and positioning in bridges;
Quality inspection during construction and acceptance of roads, tunnels, bridges, and concrete structures.

(2) MIMO400A10RS 3D Array Radar

Quality inspection of urban roads and airport runways;
Detection of road voids, hollows, looseness, high-moisture areas, severely loose zones, and cracks;
Pipeline detection, imaging, and positioning;
Detection of structural layers and roadbed defects in high-speed roads.

(3) MIMO200A8RS 3D Array Radar

Quality inspection of urban roads;
Detection of road voids, hollows, looseness, high-moisture areas, severely loose zones, and cracks;
Pipeline detection, imaging, and positioning;
Detection of structural layers and roadbed defects in high-speed roads.

IV. Performance Specifications

(1) MIMO900A14RS 3D Array Radar

Dimensions: 150cm × 28cm × 14cm;
Array type: MIMO antenna array;
Number of channels: 14;
Weight (including battery): ≤20kg;
Power consumption: ≤20W;
Single battery continuous working time: ≥4 hours;
A/D conversion: 16-bit;
Power supply: External lithium battery (9V–12V);
Detection depth: ≥1m;
Detection outputs: 2D detection data, 3D imaging slices;
Operating temperature: -20°C to +50°C;
Storage temperature: -40°C to +60°C.

(2) MIMO400A10RS 3D Array Radar

Dimensions: 175cm × 32cm × 20cm;
Array type: MIMO antenna array;
Number of channels: 10;
Weight (including battery): ≤30kg;
Power consumption: ≤20W;
A/D conversion: 16-bit;
Power supply: External lithium battery (9V–12V);
Detection depth: ≥3m;
Detection outputs: 2D detection data, 3D imaging slices;
Operating temperature: -20°C to +50°C;
Storage temperature: -40°C to +60°C.

(3) MIMO200A8RS 3D Array Radar

Dimensions: 210cm × 45cm × 20cm;
Array type: MIMO antenna array;
Number of channels: 8;
Weight (including battery): ≤30kg;
Power consumption: ≤20W;
A/D conversion: 16-bit;
Power supply: External lithium battery (9V–12V);
Detection depth: ≥4m;
Detection outputs: 2D detection data, 3D imaging slices;
Operating temperature: -20°C to +50°C;
Storage temperature: -40°C to +60°C.

V. Technical Features

Integrated design of radar main control system and antenna array, ensuring compact size, lightweight, and low power consumption;
Wire-based data transmission for simple wiring and convenient operation;
Replaceable batteries to maximize operational efficiency;
Multi-channel and multi-polarization array design to ensure high-quality imaging;
MIMO array antenna design with higher antenna density and integration;
Fast detection speed, high data acquisition efficiency, consistent profile data, and uniform intervals;
Real-time acquisition software installable on laptops and other handheld devices for portability;
Real-time filtering, background removal, and basic radar data processing capabilities, with real-time 3D slice imaging;
Real-time acquisition software supports GPS trajectory-based display of horizontal slices at specified depths, guiding seamless full-coverage detection of target areas.

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详细内容

I. Basic Principles of Ground Penetrating Radar

II. System Overview

1. MIMO900A14RS 3D Array Radar System

2. MIMO400A10RS/MIMO200A8RS 3D Array Radar Systems

III. Main Applications

(1) MIMO900A14RS 3D Array Radar

(2) MIMO400A10RS 3D Array Radar

(3) MIMO200A8RS 3D Array Radar

IV. Performance Specifications

(1) MIMO900A14RS 3D Array Radar

(2) MIMO400A10RS 3D Array Radar

(3) MIMO200A8RS 3D Array Radar

V. Technical Features

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