Featuring an advanced K-band radar drone radio jammer that can effectively monitor a distance of 10 to 4,500 meters, this device is capable of detecting micro-aircraft operating within the 915MHz frequency band while providing reliable surveillance in challenging conditions.
The sleek casing is designed to withstand drops, surviving falls from heights of 2 meters without compromising functionality. Additionally, it boasts an IP67 rating, offering superior resistance to water and dust, thus ensuring user protection in adverse conditions.
Technical capabilities and attributes:
1. Optimized SWaP-C (size, weight, power, and cost) design
The D-US-KV01 integrates an active phased array radar system, making it the most compact option available for similar applications, capable of identifying micro-UAVs at a range of 1 km. This configuration enhances detection versatility while maintaining cost efficiency, particularly advantageous for budget-conscious users.
2. Micro-Doppler analysis technology
This device utilizes cutting-edge clutter reduction technology combined with micro-Doppler identification, enabling it to differentiate micro-UAVs from other aerial entities like birds or kites, thereby enhancing the accuracy of genuine threat identification. It excels specifically in detecting stationary UAVs, overcoming traditional radar’s limitations.
3. Adaptive network setup
Addressing expansive monitoring requirements, users can interlink multiple radar units wirelessly. Just four D-US-KV01 units can provide comprehensive 360-degree coverage, eliminating blind spots. The system supports wireless data communication, simplifying installation and significantly lowering deployment expenses.
4. Rapid and efficient setup
Thanks to its Defender group connectivity, installers can forgo complex wiring tasks. Whether required for temporary setups or long-term surveillance, this device allows for swift installation and activation, optimizing time and costs.
5. Robust stability
Employing a proprietary data transmission module and communication protocol, this system ensures a stable and reliable wireless link between the radar units, preventing monitoring gaps due to communication instability.
Moreover, the unit offers exceptional resistance to interference, maintaining operational stability within diverse electromagnetic environments to guarantee effective defense capabilities.
6. Autonomous monitoring
The short-range 915MHz Lora drone blocker not only autonomously tracks drones but also interacts with the Guider system in real-time to establish an intelligent defense network.
The Guider system can instantaneously analyze data relayed from each radar device, assess potential threats, and automatically initiate countermeasures, such as activating the jamming feature to compel the drone to return or to land. This entire procedure operates without human oversight, achieving true all-weather protection without personnel involvement.
Specifications:
| Power | 30W /50W (customizable) |
| Power supply voltage | 24V (customizable) |
| Frequency | 915 MHz (customizable) |
| Scanning mode | Active phased array radar |
| Waveform | FM continuous wave |
| Interface | Gigabit Ethernet/wireless |
| Operating temperature | -40 ??to +55 ??/td> |
| Storage temperature | -55 ??to +95 ??/td> |
| Protection level | IP67 |
| Drop resistance | 2 meters |
| Dimensions | 69??83??84mm (without antenna) |
| Weight | 2.5kg |
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