Drone Detection & Jamming

Drone detection and jamming encompasses integrated systems combining threat identification with active signal denial enabling comprehensive unmanned aircraft neutralisation through detection, tracking, and RF countermeasures. The dual-capability approach provides rapid threat response eliminating need for separate detection and engagement platforms.

The detection and jamming architecture integrates wideband RF scanning (400MHz–6GHz) identifying drone control and video transmission frequencies, pulse-Doppler radar providing kinematic tracking independent of RF emissions, and electro-optical/thermal imaging enabling visual confirmation. Sensor fusion synthesises multi-modal data computing threat bearing and altitude enabling engagement within 30 seconds of detection.

Jamming modalities include reactive jamming triggering upon threat detection disrupting drone command frequencies across 500 metres to 3 kilometre ranges forcing pilot control loss, barrage jamming continuously occupying frequency bands denying drone access, and deceptive jamming generating false signals mimicking legitimate transmissions. Adaptive algorithms adjust jamming parameters responding to threat frequency changes or new emitter emergence maintaining continuous disruption.

Operational deployment enables rapid threat response at facility perimeters or critical infrastructure. Integration with command and control networks enables coordinated jamming across distributed platforms preventing threat circumvention through multiple emitter coordination.

Advanced features employ machine learning threat classifiers distinguishing authorised drones from hostile platforms, with geofencing integration automatically escalating threat assessment for approaching restricted airspace. Graduated response enables operator selection of engagement intensity matching threat severity.

In Pakistan, detection and jamming systems protect military and critical infrastructure installations.

Tactical Supply Pakistan supplies drone detection and jamming systems for airspace protection applications.