This portable RF jamming device for drones features integrated RF detection and countermeasure capabilities, effectively managing drone communications across various frequency bands ranging from 433M to 5.8GHz. It enables defensive actions, forced landings, or returns by disrupting the control signals sent to drones.
Even when multiple drones are simultaneously invading, the system can swiftly adjust or disrupt various frequency bands concurrently, ensuring comprehensive and timely defense.
Resembling a suitcase, the D-US-M50 includes a retractable handle and wheels for convenient transport and rapid deployment. In contrast to conventional fixed blockers, this apparatus offers increased usability flexibility.
The casing comprises high-density materials complemented by a reinforced framework. It possesses waterproof and shock-resistant features to guarantee durability during transport and operation.
Designed with modularity in mind, it includes multiple detachable module interfaces, allowing users to expand or substitute components according to specific demands. Its 360-degree omnidirectional jamming capacity eliminates the need for manual adjustments, making it highly suitable for environments characterized by active drones and uncertain directions.
What accounts for the extraordinary power of this high-performance signal jammer? The answer lies in these essential components:
1. Comprehensive detection antenna: Precisely identifies and tracks drone signals to facilitate the recognition and location of most commercial and recreational drones.
2. RF power amplifier switch: This critical element manages signal amplification, enhancing captured weak RF signals for stable transmission. It also regulates output power, customizing the interference range and intensity as necessary to avoid unwarranted disruptions.
3. High-sensitivity receiver: Tasked with processing the RF signals captured via the detection antenna, it relays crucial information to the control unit for immediate analysis, enabling rapid formulation of precise countermeasures.
4. Intelligent controller: Serving as the brain of the entire system, it analyzes signals from the receiver to ascertain the model, location, and flight intention of the drone. Upon recognizing that a target drone poses a threat, the controller activates the suitable countermeasure protocols.
The D-US-M50 provides both manual and automated operation modes, allowing users to opt for manual intervention or preset automatic defense strategies based on actual requirements.
a. In automatic mode, the system autonomously disrupts drone signals based on predefined conditions.
b. In manual mode, the operator can dictate the specific duration and strength of interference through the interface, gaining improved control in sensitive scenarios.
Furthermore, the device incorporates a multi-layer heat dissipation system, featuring heat dissipation holes, several internal fans, and thermally conductive materials. This design ensures that the device – ability to operate continuously is not compromised under prolonged high-power conditions.
The comprehensive safety mechanisms respond to excess internal temperature or current anomalies by automatically adjusting power levels or shutting down the system, preventing potential equipment damage or safety hazards.
The interference methods and outcomes of this UAV signal blocker include:
- Return to Home (RTH) function: By disrupting the connection between the drone and its controller, the drone’s built-in automatic return functionality is activated, guiding it back to its starting point. This approach is particularly effective for securing areas where maintaining a safe distance from drones is paramount, neutralizing threats without harming the drone itself.
- Forced Landing Function: If the RTH is ineffective, the system can interfere with the drone’s GPS signals, compelling it to land immediately. This is especially useful in sensitive zones, preventing drones from encroaching on restricted areas.
Frequency specifications:
| Output Port | Frequency Range | Output Power |
| 433M | 433-434MHz | 50W/47dbm |
| 700M | 698-806 MHz | 50W/47dbm |
| 900M | 820-960MHz | 50W/47dbm |
| 1.0G | 960-1100 MHz | 50W/47dbm |
| 1.2G | 1215-1300MHz | 50W/47dbm |
| 1.4G | 1300-1400MHz | 50W/47dbm |
| 1.5G | 1520-1620MHz | 50W/47dbm |
| WiFi 2.4G | 2400-2484MHz | 50W/47dbm |
| WiFi 5.2G | 5150-5350MHz | 50W/47dbm |
| WiFi 5.8G | 5725-5850MHz | 50W/47dbm |
Device specifications:
– Interference range: 1-3 km
– Coverage area: 360-degree omnidirectional (suitable for all airspaces)
– Power supply voltage: AC100-240V
– Operating temperature: -40?? to 55??
– Output power: 600-1000W
– Customization options: Supports tailored configuration choices
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