製品詳細
起源の場所: 中国
ブランド名: JDY
モデル番号: JDY-500
支払及び船積みの言葉
最小注文数量: 1
価格: $10714
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
供給の能力: 1か月あたり200
|
動作モード:
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ハンドヘルド
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表示タイプ:
|
OLED LCDスクリーン
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受信機技術:
|
LekDro 915MHz Rx ELRS
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最大飛行速度:
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最高140km/h
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充電モード:
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DC25.2V/3A
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供給電圧:
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DC: +12V~+28V (バッテリーオプション)
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送信電力:
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チャンネルあたり 40dBm
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妨害範囲:
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1~2km
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Deception Dist:
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0〜3000m(調整可能)
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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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警告モード:
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音声・視覚警報
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妨害周波数帯域:
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900MHz、1.5GHz、2.4GHz、5.8GHz
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干渉距離:
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200〜1000m
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最大消費電力:
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≤785W
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デバイスの重量:
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≤23kg
|
|
動作モード:
|
ハンドヘルド
|
|
表示タイプ:
|
OLED LCDスクリーン
|
|
受信機技術:
|
LekDro 915MHz Rx ELRS
|
|
最大飛行速度:
|
最高140km/h
|
|
充電モード:
|
DC25.2V/3A
|
|
供給電圧:
|
DC: +12V~+28V (バッテリーオプション)
|
|
送信電力:
|
チャンネルあたり 40dBm
|
|
妨害範囲:
|
1~2km
|
|
Deception Dist:
|
0〜3000m(調整可能)
|
|
特別な機能:
|
「飛行禁止区域」を構築する
|
|
警告モード:
|
音声・視覚警報
|
|
妨害周波数帯域:
|
900MHz、1.5GHz、2.4GHz、5.8GHz
|
|
干渉距離:
|
200〜1000m
|
|
最大消費電力:
|
≤785W
|
|
デバイスの重量:
|
≤23kg
|
With the rapid development of drone technology, its applications in civilian, commercial, and fields are becoming increasingly widespread. However, the stealth and complexity of drones pose challenges to traditional monitoring systems. To address this issue, drone signal detection systems have gradually entered the era of high precision. This system employs advanced signal capture technology, using high-precision hardware to capture signals emitted by drones in real time and accurately pinpoint their location. This efficient signal detection technology significantly enhances the monitoring capabilities of drone activities, providing strong support for safety management and emergency response. This technology can not only identify and respond to various flight signals in a short time but also ensure the capture of signals from different frequency bands, guaranteeing accuracy and reliability.
| Parameter Name | Parameter Value |
|---|---|
| Detection Frequency | Supports 300MHz~6000MHz |
| Key Detection Frequency Bands | 2.4G/5.8G/800MHz/900MHz/1.1G/1.2G/1.4GHz |
| Coverage Angle | 360° |
| Drone Positioning Accuracy | ≤10m |
| Detection Distance | 1~3km |
| Minimum Detection Altitude | 0m |
| Power Supply | AC220V to DC24V |
| Detection, Direction Finding, and Positioning Functions | Available |
| Network Functions | Supports LAN networking (RJ45 interface), 4G/5G Function: Optional |
| Protection Rating | IP66 |
Equipment Availability: ≥99.9%, capable of long-term operation without failure.
With the increasing number of drones, the era of a single device only being able to detect one signal is over. Modern UAV signal detection systems employ advanced multi-signal processing technology, enabling the simultaneous detection and tracking of multiple UAVs. Whether flying at low or high altitudes, the system accurately identifies their signals and tracks each signal in real time. This technology relies on a multi-band, multi-channel parallel operating mode, allowing the system to process signals from different aircraft simultaneously. This effectively prevents signal interference problems common in traditional systems, ensuring continuous monitoring of multiple targets.
Modern UAV signal detection systems not only perform efficiently during the day but also excel at night. Through optimized hardware design and software algorithms, the system maintains high-precision signal acquisition capabilities under both strong light and low-light conditions. Especially at night, the system, relying on highly sensitive sensors and advanced signal enhancement technology, clearly captures UAV flight signals even in complete darkness. This all-weather capability greatly enhances the system's practicality and adapts to detection needs in various complex environments.
Besides signal detection capabilities, precise signal positioning and tracking capabilities are another major highlight of this system. By employing high-precision direction detection and positioning technology, the system can quickly and accurately calculate the UAV's real-time position and continuously track it. This process does not rely on external equipment; it can be completed solely through built-in high-precision sensors and intelligent algorithms. Regardless of the UAV's flight speed, the system can adjust the tracking target in real time to ensure its position is not missed or distorted. Combined with real-time data updates and powerful signal processing capabilities, the system can provide precise dynamic tracking of each target, ensuring full-process monitoring of UAV activities.
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