Lightweight backpack-style tactical radio frequency drone jamming system

Omnidirectional Tactical Jamming Capability: Optional 360° Coverage

This lightweight, backpack-mounted tactical-grade radio frequency (RF) UAV jamming system employs an advanced omnidirectional electromagnetic output architecture, with an optional 360° omnidirectional jamming module, achieving a surround-effect suppression of target UAVs. Regardless of whether the UAV intrudes from the front, side, or rear, the system can respond and release highly efficient RF suppression signals within milliseconds, disabling the target's control, positioning, or data transmission capabilities. In complex combat environments, densely populated urban areas, and battlefield environments, this system can stably support multi-band jamming, ensuring that UAVs cannot penetrate regional security lines. It is particularly suitable for border defense, tactical operations, silent protection of key locations, and security operations.

Core Technical Parameters Table

Dual-Mode Operation: Handheld and Backpack Switching

This system supports both handheld and backpack modes, allowing users to quickly switch modes according to tactical mission requirements. During mobile patrols, border searches, or missions in complex terrain, the backpack mode frees up both hands; for emergency countermeasures or high-precision positioning jamming, handheld operation can be switched to quickly aim at the target direction for directional suppression, significantly improving operational flexibility and tactical adaptability.

Future-Oriented Modular Expansion Architecture

The device adopts a modular structure design, supporting future upgrades of hardware, RF modules, power supplies, and functional modules, suitable for the ever-evolving forms of drone threats. Users can add directional antennas, omnidirectional antennas, detection modules, or AI spectrum recognition units according to the mission environment to achieve a sustainable and evolving defense system, avoiding rapid equipment obsolescence.

High-Stability Overheat-Resistant Architecture: Continuous Operational Capability

The system is equipped with a high-efficiency overheat-resistant chipset and intelligent heat dissipation structure, maintaining low-temperature operation even in high-temperature, continuous output, and all-weather mission scenarios. The intelligent temperature control system automatically adjusts the RF output power and heat dissipation rate to ensure that the equipment's performance does not degrade due to ambient temperature or prolonged operation, maintaining stable output capability under tactical-level strong interference.