Countermeasure Gun Built-in Antennas (PCB & Pure Copper Fishbone)

Dedicated built-in antennas for anti-drone guns are core components for drone countermeasures, including two series: built-in PCB board antennas and built-in pure copper fishbone antennas. Both feature a built-in design, compatible with various anti-drone guns. Their core function is to cover drones’ common frequency bands (900M/1.2G/1.5G/2.4G/5.2G/5.8G), output jamming signals to cut off drones’ communication, navigation or image transmission links, and repel, force-land or disable drones. Uniformly using SMA male connectors (compatible with most countermeasure guns) and with VSWR ≤1.5, they ensure signal efficiency and stability, supporting flexible deployment and efficient operation of countermeasure guns.

1. Strong Scene Adaptability: All are designed to be built into countermeasure guns, requiring no additional external space. They are compatible with small-medium to medium-large countermeasure guns, meeting the installation needs of devices of different sizes, and balancing portability and functionality.
2. Comprehensive Frequency Band Coverage: Cover the core frequency bands for all scenarios of drone communication, navigation, and image transmission, including single-frequency and dual-frequency models (such as 900M/1.2G, 5.2G/5.8G), which can specifically target drone targets in different frequency bands.
3. Stable Signal Performance: With a VSWR of ≤1.5, the signal matching degree is high, reducing signal attenuation. The polarization method is centered on vertical polarization, which is compatible with the signal transmission needs of most countermeasure guns, ensuring stable and reliable jamming effects.
4. Flexible Selection: The two types of antennas focus on "lightweight and universal" and "high-power and high-efficiency" respectively. They can be flexibly selected according to the countermeasure distance, jamming intensity, and usage scenarios (such as temporary patrols, core area security), meeting countermeasure needs at different levels.

This series is a lightweight built-in antenna designed specifically for small-medium drone countermeasure guns. It uses a PCB board as the core base material and supports single-frequency (900M/1.2G/1.5G/2.4G) and dual-frequency (900M/1.2G, 5.2G/5.8G) signal output. Its greatest advantage is its thin and light volume (size range: 250×90×1mm - 370×28mm), which does not add extra weight to the countermeasure gun. It can be directly embedded inside the device, making it suitable for scenarios with high portability requirements. Through stable medium-gain signals (8-16dBi), it achieves effective jamming of short-medium range drones.

• Lightweight Design: Small in size and light in weight, with a maximum size of only 370×28mm and a minimum thickness of 1mm. It is compatible with small-medium countermeasure guns, improving the portability of the device.
• Multi-frequency Band Coverage: Covers the full range of core frequency bands of drones from 900M to 5.8G. Dual-frequency models can handle two types of signals at the same time, reducing the number of antennas to be installed.
• Universal Compatibility: The SMA male connector is compatible with most countermeasure guns, with a VSWR of ≤1.5. The vertical polarization design is compatible with mainstream signal transmission needs, requiring no additional debugging.
• Cost-effectiveness: The PCB board base material has lower costs, making it suitable for bulk purchasing and meeting low-medium intensity countermeasure needs such as regular patrols and scenic spot/factory area management.

This series is a high-power built-in antenna designed for medium-large countermeasure guns and high-intensity countermeasure scenarios. It adopts a pure copper material to create a fishbone structure, supports three core frequency bands of 1.5G/2.4G/5.8G, and can withstand a maximum power output of 50W. Compared with PCB board antennas, it has higher signal transmission efficiency and stronger gain (11-17dBi), with less signal attenuation in complex environments (such as electromagnetic interference, long-distance scenarios). It can achieve effective jamming of high-power drones or long-distance targets, and is suitable for core security scenarios such as military restricted areas and airport clearance areas.

• High Power Bearing Capacity: Supports a maximum power of 50W, which can stably output strong jamming signals for a long time, avoiding antenna damage due to excessive power, and is suitable for high-intensity countermeasure needs.
• Effective Signal Transmission: Pure copper material reduces signal loss. The gain in the same frequency band is higher than that of PCB board antennas (e.g., 11dBi vs 8dBi in the 1.5G frequency band), resulting in a wider jamming coverage range and longer distance.
• Strong Structural Stability: The fishbone structure design improves mechanical strength, adapts to complex environments (such as outdoor wind and rain, vibration), and extends the service life.
• Unified Interface Compatibility: It continues to use the SMA male connector, which is universal with built-in PCB board antennas and most countermeasure guns, facilitating device upgrade or replacement.

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