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FAA Unveils New Surface Movement Radar at Newark to Cut Runway Incursions
On Tuesday, the Federal Aviation Administration (FAA) rolled out a new Surface Movement Radar Model 4 (SMR‑4) at Newark Liberty International Airport (EWR), replacing a 30‑year‑old system that has long outlived manufacturer support.
The SMR‑4 is the fifth surface‑movement radar the FAA has deployed nationwide. Administrator Bryan Bedford announced plans to install 53 of the new radars at the country’s 44 busiest airports. The equipment was fabricated in Syracuse, New York, a decision the FAA said reflects a broader push to bring critical infrastructure production back to the United States.
Unlike the aging radar, the SMR‑4 delivers a real‑time video overlay that displays aircraft and ground vehicles on runways and taxiways, even in low visibility or at night. Bedford emphasized the system’s resilience: “When these things break, they’re no longer available to us, so getting this investment is critical.” He added that the new radars would help keep the American public safe.
Transportation Secretary Sean Duffy also spoke at the unveiling. He highlighted the radar’s ability to track aircraft on final approach and provide controllers with a clear view of the ground when visual cues are limited. “It allows controllers on a dark night, or in bad weather, to see on their screens where everything is at – airplanes, vehicles – and again, it keeps the American public safer as we use American skies,” Duffy said.
The FAA’s surface‑awareness initiative has already seen significant deployment. In the past year, the agency installed 96 new systems across the country. Data released by the FAA show that 1,102 runway incursions occurred in the first part of fiscal year 2026, down from 1,197 in the same period a year earlier. Incursions encompass operational incidents, pilot deviations, vehicle or pedestrian deviations, and other forms of runway intrusion.
The new radar at Newark comes amid renewed scrutiny of runway safety after a fatal collision at LaGuardia Airport in 2026. The incident highlighted the risks posed by outdated surface‑detection equipment and prompted the FAA to accelerate its rollout of modern radars.
In related news, an American Airlines jet canceled its takeoff from Los Angeles International Airport (LAX) after a runway incursion involving a ground vehicle. While the incident was not directly linked to the new radar, it underscores the ongoing need for reliable surface‑movement monitoring.
The SMR‑4 at Newark is expected to enhance situational awareness for controllers, reduce the likelihood of runway incursions, and support the FAA’s goal of improving safety at the nation’s busiest airports. The agency’s plan to deploy 53 radars by the end of the decade reflects a commitment to modernizing airport infrastructure and reducing the risk of ground‑based collisions.
As the FAA continues to roll out new surface‑movement radars, the industry will monitor how the technology performs in real‑world conditions and whether it leads to measurable reductions in runway incursions. The agency’s ongoing data collection will be critical in assessing the effectiveness of the SMR‑4 and other systems.
The deployment at Newark marks a significant step in the FAA’s surface‑awareness program, but questions remain about the full impact of the new radars on overall runway safety. The agency will likely release further statistics in the coming months as more airports receive the SMR‑4.
For now, the FAA’s investment in onshore production and modern radar technology signals a clear priority: keeping the nation’s busiest runways safer for both aircraft and ground vehicles.
The SMR‑4 is the fifth surface‑movement radar the FAA has deployed nationwide. Administrator Bryan Bedford announced plans to install 53 of the new radars at the country’s 44 busiest airports. The equipment was fabricated in Syracuse, New York, a decision the FAA said reflects a broader push to bring critical infrastructure production back to the United States.
Unlike the aging radar, the SMR‑4 delivers a real‑time video overlay that displays aircraft and ground vehicles on runways and taxiways, even in low visibility or at night. Bedford emphasized the system’s resilience: “When these things break, they’re no longer available to us, so getting this investment is critical.” He added that the new radars would help keep the American public safe.
Transportation Secretary Sean Duffy also spoke at the unveiling. He highlighted the radar’s ability to track aircraft on final approach and provide controllers with a clear view of the ground when visual cues are limited. “It allows controllers on a dark night, or in bad weather, to see on their screens where everything is at – airplanes, vehicles – and again, it keeps the American public safer as we use American skies,” Duffy said.
The FAA’s surface‑awareness initiative has already seen significant deployment. In the past year, the agency installed 96 new systems across the country. Data released by the FAA show that 1,102 runway incursions occurred in the first part of fiscal year 2026, down from 1,197 in the same period a year earlier. Incursions encompass operational incidents, pilot deviations, vehicle or pedestrian deviations, and other forms of runway intrusion.
The new radar at Newark comes amid renewed scrutiny of runway safety after a fatal collision at LaGuardia Airport in 2026. The incident highlighted the risks posed by outdated surface‑detection equipment and prompted the FAA to accelerate its rollout of modern radars.
In related news, an American Airlines jet canceled its takeoff from Los Angeles International Airport (LAX) after a runway incursion involving a ground vehicle. While the incident was not directly linked to the new radar, it underscores the ongoing need for reliable surface‑movement monitoring.
The SMR‑4 at Newark is expected to enhance situational awareness for controllers, reduce the likelihood of runway incursions, and support the FAA’s goal of improving safety at the nation’s busiest airports. The agency’s plan to deploy 53 radars by the end of the decade reflects a commitment to modernizing airport infrastructure and reducing the risk of ground‑based collisions.
As the FAA continues to roll out new surface‑movement radars, the industry will monitor how the technology performs in real‑world conditions and whether it leads to measurable reductions in runway incursions. The agency’s ongoing data collection will be critical in assessing the effectiveness of the SMR‑4 and other systems.
The deployment at Newark marks a significant step in the FAA’s surface‑awareness program, but questions remain about the full impact of the new radars on overall runway safety. The agency will likely release further statistics in the coming months as more airports receive the SMR‑4.
For now, the FAA’s investment in onshore production and modern radar technology signals a clear priority: keeping the nation’s busiest runways safer for both aircraft and ground vehicles.
