DALLAS — The Federal Aviation Administration and the Transportation Security Administration have concluded a comprehensive two-year operational evaluation of multi-sensor counter-drone technologies at Dallas Fort Worth and Miami International Airports.
DALLAS — Federal aviation safety regulators and homeland security officials announced the successful completion of the Airport Unmanned Aircraft System Detection and Mitigation Research Program, establishing certified performance benchmarks for counter-drone systems deployed around commercial passenger airports.
Over the past three years, unauthorized drone incursions into controlled airport terminal airspace have escalated dramatically. Commercial pilots have reported near-midair collisions on final approach corridors, and several major airports—including London Gatwick and Newark Liberty—have experienced multi-hour ground stops due to rogue drone activity, resulting in tens of millions of dollars in carrier losses and widespread flight cancellations.
Sensor Fusion Without Radio Frequency Interference
The primary engineering challenge evaluated during the DFW and Miami trials was identifying and tracking rogue drones without causing electromagnetic interference to sensitive airport communications, including instrument landing systems (ILS), VHF air traffic frequencies, and terminal Doppler weather radars.
The certified architecture incorporates a multi-tiered sensor fusion approach:
- Passive Radio Frequency (RF) Receivers: Continuous scanning of commercial control bands, detecting drone telemetry and instantly triangulating the GPS coordinates of both the aircraft and the remote handheld pilot.
- Micro-Doppler 3D Radars: Distinguishing small quadcopter rotor blade signatures from migratory birds and airport ground vehicles within a five-mile approach radius.
- Electro-Optical / Infrared (EO/IR) Slewing: High-speed optical cameras automatically slewing to radar tracks to capture high-definition forensic video of the drone payload and airframe.
Rapid Pilot Geolocation and Police Dispatch
During testing, the integrated system demonstrated the ability to locate the rogue drone pilot’s physical launch site within 90 seconds of takeoff. In live drills conducted with local airport police departments, officers successfully intercepted simulated reckless operators before the drones entered active runway glide paths.
“Securing commercial aviation airspace against careless or malicious drone incursions requires total situational awareness that feeds directly into law enforcement dispatch,” said FAA Associate Administrator for Aviation Safety Billy Nolen. “These certified standards establish the technical blueprint that will protect commercial flight corridors nationwide.”