AS808D-V1B Defending Shield
Single-soldier carried “shield” jammer that can quickly release interference with one-button operation. Supports two response modes: drive away and forced landing—designed for large public venues to reduce panic.
Portable defense systems are designed to provide rapid, on-site countermeasures against low-altitude drone threats where fixed installations are unavailable or impractical.
They enable security teams to quickly establish a defensive perimeter, respond to sudden UAV intrusions, and maintain airspace denial capability during temporary or mobile missions.
These systems are optimized for mobility, fast activation, and flexible deployment across dynamic security environments.
Systems may operate independently or form a layered portable defense unit depending on mission requirements.
Modern drone threats are increasingly fast, mobile, and unpredictable. Many real-world security environments do not allow time for permanent counter-UAS infrastructure.
Portable defense systems fill the operational gap between fixed-site protection and rapid-response security teams.
Quick access to three field-proven countermeasure options—shield-type rapid response, integrated detection & countermeasure, and a backpackable RF power amplifier for directional / omnidirectional suppression.
Single-soldier carried “shield” jammer that can quickly release interference with one-button operation. Supports two response modes: drive away and forced landing—designed for large public venues to reduce panic.
Portable integrated anti-UAV device combining detection, direction finding, and countermeasure. After detection alarms, the device can guide the operator with target bearing and enable jamming response.
Portable UAV interference device for individual backpacks, controlled via wired remote. Supports switching between omnidirectional and directional antennas for flexible directional.
Note: Specifications may vary by configuration and deployment environment. For detailed system design and integration parameters, please contact our technical team.