让雷达变得更简单


DroneRFDetectorTXPP5000-S1-TVTRADAR-TimeVaryingTransmissionCo.,Ltd

无人机防御/

Drone RF Detector TXPP5000-S1

模型TXPP5000-S1
频率范围70 MHz ~ 10 兆赫
最大检测范围≥3英里 (5 公里) Maximum detection distance can exceed 6 英里 (10 公里); actual performance may vary depending on the electromagnetic environment and drone type.)
Direction finding accuracy≤20°(有效值, Drone hovering condition; applicable to 2.4 GHz an 5 GHz bands only.)
最大并发数 追踪≥40
Maximum detectable target speed≥±66 ft/s (±20 m/s)
方位角覆盖0 〜360°
海拔覆盖范围0 ~ 90°

电源AC 80 ~ 264V / DC 113 ~ 370V
功耗≤ 100W
工作温度-20 ~ +60°C
方面≤ 14 × 20 在 (350*480 毫米) (Diameter*Height)
重量≤ 33 lbs (15 公斤) (Main unit only, excluding mounting bracket)
  • 产品详情

 

In the landscape of low-altitude threats, the hardest targets to defend against are often the ones you cannot see. FPV无人机, modified UAVs, and low-flyingrogueaircraft frequently evade cameras and radar—yet they cannot hide from radio frequency. This radio detection equipment passively intercepts drone signals without emitting high-power electromagnetic radiation, and keeps working continuously through rain, 多雾路段, 黑暗, and building obstructions.

Covering a wide 70 MHz to 10 GHz band (subject to local frequency regulations), it identifies drone video and control links and simultaneously tracks more than 40 目标, with a detection range beyond 5 km that can reach 10 km under favorable conditions, while operating with a low false-alarm rate. It captures the drone’s unique electronic fingerprint (SN), distinguishing individual airframes of the same model and resolving the operator’s location; it decodes domestic and international Remote ID standards such as GB42590-2023, ASTM F3411-22a, and ASD-STAN PrEN4709-002, as well as DJI Drone-ID; it also decodes civil aviation ADS-B broadcasts to provide real-time position information.

With average power consumption not exceeding 100 W and support for 7×24 unattended operation, it features built-in GPS auto north-alignment and multi-unit networking for 360° full-airspace coverage and cross-location, with linked execution of countermeasure strategies. A Web interface and RESTful API make it easy to integrate into existing security platforms. It is widely suited to low-altitude detection and operator tracing at airports, 监狱, oil depots, 边界, and other critical sites.

 

*请注意外观, 规格和功能可能有所不同,恕不另行通知.

模型TXPP5000-S1
频率范围70 MHz ~ 10 兆赫
最大检测范围≥3英里 (5 公里) Maximum detection distance can exceed 6 英里 (10 公里); actual performance may vary depending on the electromagnetic environment and drone type.)
Direction finding accuracy≤20°(有效值, Drone hovering condition; applicable to 2.4 GHz an 5 GHz bands only.)
最大并发数 追踪≥40
Maximum detectable target speed≥±66 ft/s (±20 m/s)
方位角覆盖0 〜360°
海拔覆盖范围0 ~ 90°

电源AC 80 ~ 264V / DC 113 ~ 370V
功耗≤ 100W
工作温度-20 ~ +60°C
方面≤ 14 × 20 在 (350*480 毫米) (Diameter*Height)
重量≤ 33 lbs (15 公斤) (Main unit only, excluding mounting bracket)

 

反无人机防御系统由探测雷达等前端设备组成, 射频探测器, E/O跟踪摄像机, 射频干扰或欺骗装置和无人机控制平台软件. 当无人机进入防区时, 检测单元通过主动距离输出准确的位置信息, 角度, 速度和高度. 进入警戒区域时, 系统自主判断并启动干扰装置干扰无人机通信, 从而使无人机返航或降落. 系统支持多设备、多区域管理,可实现 7*24 全天候监控,防范无人机入侵.

 

 

反无人机防御系统由雷达或射频探测单元组成, EO跟踪单元和干扰单元. 系统集成目标检测, 追踪 & 认出, 命令 & 干扰控制, 多功能合一. 根据不同的应用场景, 通过选择不同的检测单元和干扰装置,系统可以灵活部署成最优解决方案. AUDS可固定安装, 车辆移动式或便携式. 按固定安装型式, AUDS广泛应用于高等级安全防护场所, 车载式通常用于日常巡逻或更多, 便携式型多用于临时预防 & 关键会议控制, 体育赛事, 音乐会等.

 

 

上一篇:

下一篇: