Anti-Drone Systems Up to 5km Range | RF Detection & Jamming

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Comprehensive Anti-Drone Solutions: Detection & Jamming for Low-Altitude Security

Comprehensive Anti-Drone Solutions: Detection & Jamming for Low-Altitude Security

We offer end-to-end anti-drone systems, including handheld/backpack/desktop detectors and jammers, covering 2.4G/5.8G/GPSL1 frequencies. With detection ranges up to 5km and jamming radius over 1km, our products feature IP65 waterproofing and -40°C~+55°C operation. Ideal for airports, prisons, oil depots, and mines, they block unauthorized UAV signals to ensure airspace safety and prevent intelligence leakage.
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Why Choose Us

Cutting-Edge RF Technology for Superior Performance

We leverage LDMOS, GaN, LORA, and Digital VCO technologies—core strengths in RF engineering—for our anti-drone solutions. Covering 100-6000MHz frequency range and 10W-200W power levels, our products deliver precise signal jamming and detection, outperforming standard systems. The advanced tech ensures reliable disruption of UAV communications, even in complex electromagnetic environments, making us a trusted choice for high-stakes security needs.

Global Trust & Proven Innovation Focus

As a leading RF solutions provider since 2018, we prioritize innovation and quality to deliver trusted anti-drone systems worldwide. Our products undergo rigorous testing to meet international standards, backed by a commitment to continuous improvement. Choosing us means partnering with a brand that combines industry expertise, reliable performance, and global support, ensuring your low-altitude security needs are met with cutting-edge, battle-tested solutions.

Related Products

The unauthorized use of drones for surveillance, smuggling, or disruption is a significant security concern. Anti-drone jamming systems provide an effective electronic countermeasure. They function by broadcasting a high-power RF signal that interferes with the drone's control and navigation receivers, causing it to land, return to home, or hover in place. The effectiveness of the jammer is largely determined by its RF power amplifier. This amplifier must operate over a wide frequency spectrum to address the diverse range of drones, deliver high output power to achieve the required jamming range, and maintain signal integrity through high linearity. Systems can be configured for portable, mobile, or fixed-site operation, each with its own set of requirements for power consumption, cooling, and physical size. Protecting a large industrial facility like a mining operation requires a different solution than securing a small, temporary event site. Our technical specialization is in the core RF components that power these jamming systems. We develop amplifiers that are optimized for bandwidth, power, and efficiency. To discuss the specific parameters and performance characteristics needed for your anti-drone application, we encourage you to contact our technical team for a detailed proposal.

Frequently Asked Questions

What core technologies power your RF and anti-drone solutions, and what frequency/power ranges do they cover?

Our solutions leverage LDMOS, GaN, LORA, and Digital VCO technologies—industry-leading RF innovations. They span 100-6000MHz frequency range and 10W-200W power levels, enabling precise signal amplification, jamming, and detection for anti-drone and industrial RF needs, with performance optimized for diverse electromagnetic environments.
Yes, customization is a key strength. We adapt frequency ranges, power outputs, form factors (portable/stationary), and interfaces to align with unique client needs—whether for specialized anti-drone defense, industrial RF system upgrades, or component integration. Our R&D focus on innovation ensures tailored solutions that fit exact use cases.
In addition to anti-drone detectors/jammers, we are a leading provider of RF microwave power amplifiers, signal boosters, and RF components. These products integrate seamlessly with our anti-drone solutions: power amplifiers enhance jamming/detection range, signal boosters optimize communication stability, and RF components ensure system reliability—delivering end-to-end RF solutions for diverse needs.

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Users' Feedback

Elena Carter

Our prison needed a solution to stop inmates from using drones for contraband delivery. This anti-drone system leverages GaN and LDMOS technologies to disrupt 2.4G/5.8G/GPS signals effectively. It covers the entire facility with no blind spots, and the -40°C~+85°C operating range suits our outdoor perimeter. The customization option allowed us to adjust power output to 150W, ensuring strong jamming without interfering with essential communications.

Sophia Rodriguez

We installed this anti-drone system at our chemical plant, where electromagnetic interference is common. Thanks to Digital VCO technology, it maintains precise frequency control (100-6000MHz) and stable performance. It blocks UAVs from entering restricted areas, protecting sensitive production lines. The system’s ability to operate in extreme temperatures (-40°C~+85°C) ensures reliability year-round, and the easy-to-use interface makes operation straightforward for our security team.

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Why Choose Us?

Why Choose Us?

"We are a high-tech enterprise specializing in RF communication, with over 7 years of industry experience and a professional R&D team. Our core technologies cover cutting-edge solutions such as LDMOS, GaN, and LORA. All products undergo a 2-hour aging test and 100% outgoing quality inspection, with a frequency range of 100-6000MHz, power levels from 10W to 200W, and adaptability to harsh environments of -40℃~+85℃. We accept small orders, offer quick delivery of in-stock products, and provide stable and reliable anti-drone, signal shielding, and RF module solutions for security, industrial, energy, and other sectors, supporting personalized customization. We look forward to establishing long-term win-win cooperation with you! For product details, customized solutions, or quotes, please consult through our official website or contact us directly. We will provide you with professional and efficient services."