製品詳細
起源の場所: 中国
ブランド名: JDY
モデル番号: JDY-2000
支払及び船積みの言葉
最小注文数量: 1
価格: $35714
パッケージの詳細: フライトケース
受渡し時間: 30日
支払条件: D/A、L/C
供給の能力: 1か月あたり200
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受信機技術:
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LekDro 915MHz Rx ELRS
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検出角度:
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水平360°、垂直-90°~+90°
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妨害距離:
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最大500メートル
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特別な機能:
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「飛行禁止区域」を構築する
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国際保護:
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IP55
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デバイスの重量:
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≤3kg
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デバイスの寸法:
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50cm×45cm×27cm
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輸送方法:
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ポータブル
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フレーム仕様:
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LekDro 10 インチ カーボンファイバー フレーム
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作用する角度:
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30°
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カバータイプ:
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大きなカバー
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範囲:
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2 km
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携帯性:
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ハンドヘルド、軽量、人間工学に基づいたデザイン
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デバイスの寸法:
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663mm×298mm×88mm
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納期:
|
GPS信号の妨害とリモコンのブロック
|
|
受信機技術:
|
LekDro 915MHz Rx ELRS
|
|
検出角度:
|
水平360°、垂直-90°~+90°
|
|
妨害距離:
|
最大500メートル
|
|
特別な機能:
|
「飛行禁止区域」を構築する
|
|
国際保護:
|
IP55
|
|
デバイスの重量:
|
≤3kg
|
|
デバイスの寸法:
|
50cm×45cm×27cm
|
|
輸送方法:
|
ポータブル
|
|
フレーム仕様:
|
LekDro 10 インチ カーボンファイバー フレーム
|
|
作用する角度:
|
30°
|
|
カバータイプ:
|
大きなカバー
|
|
範囲:
|
2 km
|
|
携帯性:
|
ハンドヘルド、軽量、人間工学に基づいたデザイン
|
|
デバイスの寸法:
|
663mm×298mm×88mm
|
|
納期:
|
GPS信号の妨害とリモコンのブロック
|
Fixed anti-UAV signal detection, interception and deception integrated equipment, dedicated to ensuring airspace security around the clock. The device delivers great performance whether it’s day or night. During the day, when the sun is shining brightly, the device can clearly capture any intruding drone signals; at night, even in a dim environment, the device can still quickly capture traces of drones through high-precision radar and infrared detection systems. Through the collaborative work of multiple sensors, this equipment ensures that it can effectively defend against the threat of drones and improve airspace security under any weather conditions. The all-weather working mode makes this system not only suitable for important places such as airports bases, but also widely used in the field of public security.
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| Parameter name | Parameter value |
|---|---|
| Detection distance | 300MHz-6G |
| Key detection frequency bands | 2.4G/5.8G/400MHz/800MHz/900MHz/1.4GHz |
| Detection distance | 1-3KM |
| Interference frequency band | 900M1.5G2.4G5.2G5.8G |
| Interference distance | > 1-2KM |
| Response time | ≤3s |
| Decoy signal system | GPS/BDS/GLONASS/Galileo |
| Deception distance | 1-3KM |
| Product size | 450*450X*850mm |
| Packaging size | 960*530*455mm |
| Product weight | 15KG |
| Total product weight | 42KG |
This device can quickly identify different types of drone signals through advanced signal recognition technology. Using high-precision radar and signal monitoring systems, multiple aircraft types including fixed-wing UAVs, rotary-wing UAVs and hybrid UAVs can be identified. Whether it is a civilian low-altitude small UAV high-performance UAV, the system can quickly capture its electromagnetic signal characteristics. By analyzing signal strength, frequency, waveform and other data, the system can accurately determine the drone model, flight path and potential threat level, ensuring that every safety protection can be implemented quickly and accurately.
The system has a highly automated operating mode and can autonomously identify, attack and decoy drones without manual intervention. The system monitors UAV signals in real time, analyzes and identifies threats, and automatically triggers interception or interference procedures. For identified threat targets, the system can automatically send out electromagnetic interference signals to interfere with their flight control signals, causing them to deviate from their original routes or even force them to land. At the same time, the device can also use decoy signals to cause the drone to stray into the wrong direction to ensure the safety of the target area. The entire process is fully automated, improving response speed and reducing the risk of human intervention.
The equipment has real-time data transmission function and sends all relevant information, alarm signals and interception records to the monitoring center in real time. This function ensures that security personnel can understand the operating status of the equipment and the safety of the airspace at any time. Through the remote monitoring platform, operators can view real-time video, analyze signal data, control equipment to execute instructions, and take timely measures when abnormalities occur. In addition, the monitoring center can also integrate equipment data from multiple regions to achieve centralized control of large-scale airspace and ensure cross-regional collaborative operations and emergency response.
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