Stationary Anti-drone Devices for Critical Areas
The increasing misuse of drones, especially FPV drones, has resulted in several security breaches, including unauthorized entries and covert surveillance in critical areas of secure installations.
The increasing misuse of drones, especially FPV drones, has resulted in several security breaches, including unauthorized entries and covert surveillance in critical areas of secure installations.
The DXK3006S-4 is a portable anti-drone gun designed for frontline defense.
Our Anti-drone Digital Source Module integrates a digital source and a high-power amplifier, providing:
GAN+LORA+VCO+CIRCULATOR digital anti-drone module(50% stronger than standalone vco module)
GAN+VCO+CIRCULATOR anti-drone module
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Remote detonation technology poses a serious threat in prisons. In the dead of night, criminals trigger an explosive device, shaking the facility with a powerful blast. Smoke and flames engulf the area as chaos ensues, crippling security and communication systems. The once-secure facility descends into disorder, putting lives at risk.
This 200W portable full-band drone blocker covers control, video, and satellite positioning frequencies. It counters unauthorized drones by driving them away or forcing them to land within a 1.5 km visual range. The device creates an effective signal-blocking area and supports ground, pole, or wall-mounted installation.
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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.
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.
Dexinkang’s next-generation anti-drone system offers powerful detection and blocking performance with up to 3–5 km detection range and over 1000 m blocking coverage, ensuring early warning and rapid neutralization of threats.
With real-time drone & pilot positioning, multi-target tracking, and unique identifier recognition, it can detect and follow up to 10 drones simultaneously with high precision (≤10 m accuracy). The system also supports 2D/3D positioning, frequency-hopping tracking, spectrum visualization, and trajectory playback, giving operators full situational awareness.
Equipped with intelligent whitelist/blacklist management, automated response, and advanced data analytics, Dexinkang delivers precise, reliable, and intelligent defense against both DIY and commercial drones, making it ideal for airports, military bases, energy facilities, and critical infrastructure.
An anti-drone system is a set of technologies and strategies designed to detect, track, and neutralize or mitigate the threat posed by hostile or unauthorized drones. These systems are employed to protect sensitive areas, critical infrastructure, and high-profile events from potential drone-based threats.
The primary functions of anti-drone systems can be broadly classified into three categories:
The first function of anti-drone systems is drone detection. The system must be able to detect the presence of a drone before it can be identified and neutralized. Detection can be done using radar systems, RF sensors, and cameras.
Once a drone has been detected, the anti-drone system must identify it. Identification can be made using secondary radar and RF sensors. Accurate identification is crucial as it allows the system to determine whether the drone is authorized or unauthorized.
The final function of anti-drone systems is taking countermeasures to neutralize unauthorized drones. Depending on the system’s design and the nature of the threat, these countermeasures may include:
No, they won't. This is because the electromagnetic signals emitted by the drone blocker fall within the operating frequency ranges specified by national regulations and only serve to block
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.
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.