Rugged and durable field-grade handheld jammer for counter-drone missions

This outdoor-grade handheld anti-drone jamming device is constructed from lightweight engineered materials. Its ergonomic design ensures comfortable operation even during high-intensity missions. Its weight is kept within a comfortable one-handed grip range, requiring no additional support and significantly enhancing operational flexibility. With its rapid deployment capability, users can power on, point, and launch jamming attacks within seconds, making it suitable for patrol, border duty, temporary area control, and rapid response missions, achieving a truly highly mobile operational experience.

The device is equipped with a high-performance power amplifier module, providing sufficient interference coverage during operation. It effectively interferes with various commercial and customized UAV models. High-energy RF output not only expands the interference range but also improves the efficiency of attacking UAV control links and satellite positioning signals, causing target UAVs to quickly lose their ability to return, locate, or control. Whether in complex urban environments or open, undeveloped scenarios, this device can efficiently perform anti-UAV missions.

To ensure equipment stability during high-performance output, the system has a built-in automatic temperature control protection function. When the device temperature approaches the safety threshold, the internal monitoring module will automatically reduce power or pause output to prevent hardware damage caused by prolonged high-power operation. The intelligent heat dissipation system and temperature management algorithm ensure reliable operation even under extreme working conditions, effectively extending the overall lifespan and mission success rate.

The battery module features an explosion-proof, short-circuit-proof, and overcharge-proof design, ensuring no safety hazards during transportation, carrying, and long-term operation. The battery casing is drop-resistant, shock-resistant, and temperature-resistant, adaptable to complex environments such as deserts, high temperatures, low temperatures, or high humidity. This design not only ensures operator safety but also ensures that the device will not experience unexpected power outages during critical missions.