Drones have rapidly emerged as lethal weapons on the battlefield, turning the sky into a constant source of danger. With their low cost, high speed, and unpredictable flight paths, they swoop down on targets like invisible predators, delivering precise and devastating strikes. Their agility and swarm tactics make them extremely difficult to detect and intercept, creating a new level of threat that challenges even the most advanced defense systems.
UHF signals can cover a wider area compared to lower-frequency signals, providing extended blocking capabilities with 2 km directional blocking, especially in environments such as correctional facilities, secure premises, or expansive outdoor areas.
Battery-powered with extended operational duration for sustained deployments.
Enables drone blocking with a user-friendly design, ready for immediate operation at the press of a button, requiring no complex setup.
Drone countermeasure technologies must be tailored to specific scenarios, considering factors like electromagnetic interference and potential collateral damage.
For example, in large-scale event venues, technologies such as positioning signal interference and positioning signal spoofing that do not directly damage the drones are more applicable, ensuring the safe return or landing of the UAV.
No, they won't. This is because the electromagnetic signals emitted by the drone jammer fall within the operating frequency ranges specified by national regulations and only serve to block
Users can rest assured that the strength of the emitted electromagnetic signals is very weak, and testing data shows that this level of signal intensity is far from posing any harm to the human body. Moreover, it only interferes with forward signals, preventing drones from establishing contact with their remote controls, hence, it will not cause any damage to the drone itself.
Yes, there is. Generally speaking, outdoor signals are used outdoors, so indoor jamming is less effective. To be precise: whether used indoors, or outdoors, the effective range of the drone jammer is related to the current environment and surrounding conditions, such as the distance from the drone, the placement location , etc..
This is a normal phenomenon. In our design, we utilize the thermal conductivity of the all-aluminum casing to assist in cooling. Thus, it ensures that the machine can work stably for an extended period. Therefore, the heating of the casing will not damage the machine.
Dexinkang is a leading Chinese C-UAS solution provider with over 21 years of experience. As a high-tech company, we feature a top-tier R&D team, ISO/CE-certified manufacturing facilities, and a customer-focused approach to deliver reliable and innovative anti-drone solutions.
With an experienced R&D and manufacturing team, Dexinkang expertly handles customized OEM and ODM projects, delivering tailored solutions to meet specific operational requirements.
To enhance collaboration with clients, we provide a versatile array of payment solutions, includingT/T, Western Union,etc.This flexibility ensures you can select the most convenient method for your business, streamlining transactions and fostering efficient partnerships.
We support global shipping via UPS, DHL, and more. Whether you prefer door-to-door, FOB, or CIF, we offer flexible delivery options.
You’re also welcome to use your own freight forwarder. Dexinkang ensures fast, safe, and reliable logistics for all drone blockers and anti-drone system orders worldwide.
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