製品詳細
起源の場所: 中国
ブランド名: JDY
モデル番号: JDY-100
支払及び船積みの言葉
最小注文数量: 1
価格: $4286
パッケージの詳細: フライトケース
受渡し時間: 30日間
支払条件: D/A
供給の能力: 1か月あたり200
|
チャンネル数:
|
14のチャネル
|
連続労働時間:
|
30~40分
|
距離:
|
1000-2000M
|
サイズ:
|
300mm*260mm*140mm
|
動作温度:
|
-10℃~50℃
|
検出角度:
|
水平360°、垂直-90°~+90°
|
出力電力:
|
≧40dBm
|
電源:
|
充電式リチウムイオンバッテリー
|
安全機能:
|
過熱を防ぐための自動シャットオフ
|
表示タイプ:
|
OLED LCDスクリーン
|
Deception Dist:
|
0〜3000m(調整可能)
|
核となる動作原理:
|
電磁妨害の抑制
|
携帯性:
|
ハンドヘルド、軽量設計
|
労働期間:
|
150分以上
|
受信機技術:
|
LekDro 915MHz Rx ELRS
|
|
チャンネル数:
|
14のチャネル
|
|
連続労働時間:
|
30~40分
|
|
距離:
|
1000-2000M
|
|
サイズ:
|
300mm*260mm*140mm
|
|
動作温度:
|
-10℃~50℃
|
|
検出角度:
|
水平360°、垂直-90°~+90°
|
|
出力電力:
|
≧40dBm
|
|
電源:
|
充電式リチウムイオンバッテリー
|
|
安全機能:
|
過熱を防ぐための自動シャットオフ
|
|
表示タイプ:
|
OLED LCDスクリーン
|
|
Deception Dist:
|
0〜3000m(調整可能)
|
|
核となる動作原理:
|
電磁妨害の抑制
|
|
携帯性:
|
ハンドヘルド、軽量設計
|
|
労働期間:
|
150分以上
|
|
受信機技術:
|
LekDro 915MHz Rx ELRS
|
This handheld real-time receiving color touchscreen anti-drone detection device features a lightweight design, making it compact and lightweight for easy carrying and rapid deployment by a single soldier. It meets the needs of various application scenarios, including patrol duty, security surveillance, and support for important events. The device supports built-in battery power, providing long battery life and enabling all-weather mobile monitoring tasks without an external power source, improving on-site operational flexibility. The product's user interface is simple and intuitive, employing a user-friendly interactive design. All functions are clearly displayed, allowing even first-time users to quickly learn and operate the device, enabling drone signal scanning, identification, early warning, and information viewing, effectively improving on-site duty efficiency and emergency response capabilities.
![]()
| Product Parameters | Technical Specifications |
|---|---|
| Operating Mode | Passive detection, does not actively emit electromagnetic signals; |
| Operating Frequency Band | 2.4G/5.8G/Bluetooth; |
| Detection Radius | 1-2km (depending on local electromagnetic environment and drone model); |
| Positioning Error | ≤10 meters |
| Detection Quantity | ≥10 drones |
| Endurance | ≥8 hours |
| Equipment Weight | Approximately 480 grams (including battery) |
| Screen Size | 5.5-inch IPS HD screen |
| Equipment Dimensions | 214x82x37mm |
The device has comprehensive data management functions, capable of locally storing monitored drone target information, including drone model, frequency band information, identification time, flight status, and other key data. Simultaneously, the system can record and save drone flight trajectories in real time. The trajectory playback function helps managers analyze flight paths and activity patterns, providing reliable data support for subsequent incident tracing, evidence preservation, and safety assessment. All historical records can be quickly queried, exported, and managed, improving the informatization level of drone monitoring.
The equipment employs an advanced "dual audio-visual warning" design. Upon detecting a drone target entering the monitoring area, it immediately activates a high-brightness warning light and an audible alarm, providing simultaneous visual and auditory alerts to ensure on-site personnel detect abnormalities immediately. The audible warning volume is no less than 80dB, ensuring effective warning even in complex environments or densely populated areas. This significantly improves the reaction speed and emergency response efficiency of personnel, providing reliable protection for low-altitude safety.
The equipment is equipped with a color LCD touchscreen display, with a screen size of no less than 5 inches. It features clear display, vibrant colors, and sensitive response, displaying real-time information such as the number of drones, target information, frequency band status, alarm information, and flight trajectory. The touch-screen interaction further enhances ease of operation. Users can quickly switch function pages and view detailed data through clicking and swiping. The interface layout is logical, information is displayed intuitively, and visibility remains excellent even in bright light, providing an efficient human-machine interaction experience for on-site monitoring and command decision-making.
Tags: