An upward-facing net drone captures unwanted UAVs from below for safer, more accurate interception without repeated attempts.
Multiple predicted flight paths are scored with seeker visibility to improve midcourse detection and tracking of maneuverable aerial targets.
Flexible countermeasure clouds intercept small UAVs by fouling propellers, cutting cost and avoiding communication disruption.
A sacrificial interceptor UAV flies into a swarm centroid and emits an EMP burst to disable dispersed drones over a wide area.
Multiple outward-tilted cameras and a pan-tilt automate UAV tracking, aiming, and directed electromagnetic neutralization with less operator burden.
Wall and wearable control units launch imaging drones and RFID tagging to identify intruders fast while limiting collateral damage.
Coordinated counter-attack UAVs deploy a low-drag net to quickly detect, intercept, and capture intruding drones across large airspace.
Pre-positioned counter-UAVs deploy a tethered net on detection to quickly entangle fast target drones and protect large airspace.
Environmental sensors and ground control keep a security drone on route while enabling fast remote tracking and response at predefined locations.
A remotely operated interceptor UAV deploys a tethered net-like effector with visual feedback control to capture drones without precise trajectory data.
Programmable fire waveforms let one aircraft sequencer drive multiple expendables at higher firing rates while adapting voltage and limiting misfires.
3D motion and sound sensors trigger jet engine suction or exhaust thrust to clear unauthorized drones from restricted airspace.
Variable pitch angles and curved transition regions strengthen braided wire mesh while reducing wire breakage during coil forming.
Autonomous counter-attack UAVs use layered detection and close-range capture to neutralize fast drones across large protected airspace.
An autonomous counter-UAV uses onboard sensing and a deployable net to intercept, capture, and remove hostile drones across protected airspace.
A folded counter-UAV launched by projectile cuts response time for detecting and intercepting fast target drones over wide airspace.
Visual target analysis turns UAV speed and direction into autonomous interception flight plans, reducing manual control and RF expertise.
A collapsible net assembly lets a counter-UAV drone capture target drones intact, reducing risk to people and property during interception.
Predictive target positioning and de-authorization filtering help remote area denial munitions stay accurate despite command latency.
Camera-guided directional antennas analyze UAV downlink signals and transmit matched RF disruption to redirect flight while limiting nearby interference.
A sacrificial interceptor UAV triggers an EMP burst at swarm center to disable dispersed drones across a wider area with one strike.