In the Spotlight

Featured here are articles covering notable activities within the Airport Technology Research & Development Branch. 



Obstacle Data Collection

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Garrison Canter from the FAA’s Airport Technology Research and Development (ATR) Branch oversaw UAS-based obstacle data collection at Naples (FL) Municipal Airport (APF) on January 26-30, 2025.  The purpose of this research effort is to assess the use of UAS to conduct aerial surveys of natural or man-made obstacles in the airport environment that could pose a risk to arriving and departing aircraft.

Garrison Canter | garrison.j.canter@faa.gov

ARFF Leadership Symposium

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Jeremy Casey and Keith Bagot of the Airport Technology Research & Development (ATR) branch attended the Aircraft Rescue and Fire Fighting Working Group (ARFFWG) ARFF Leadership Symposium in Port Charlotte, Florida, an international conference (with at least seven countries represented) focused on training and hosted as a joint cooperative effort between the ARFF Working Group and the American Association of Airport Executives. Keith and Jeremy supported the Airport Safety and Operations Division (AAS-300) by clarifying guidance and providing supporting documentation; additionally, they also discussed industry issues with firefighters, ARFF vehicle manufacturers, training centers, and service providers, and searched for new technology that could be introduced into the ARFF community.

Air Traffic Control and Facilities Tour

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Murphy Flynn, Pavement Section Manager of the Airport Technology R&D (ATR) Branch ATR, hosted Kimberley Monsour and guests from the Federal Aviation Administration (FAA), Air Traffic (AT) Facilities and Air Traffic Control (ATC) Technical Services (AAQ-310) and gave a tour of the National Airport Pavement Test Facility (NAPTF).

Murphy Flynn, |  Murphy.Flynn@FAA.gov

Transportation Research Board Annual Meeting

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Dr. David Brill, Dr. Dan Offenbacker, Dr. Navneet Garg, Dr. Richard Ji, Qingge Jia, and Wilfredo Villafane from the Airport Technology R&D (ATR) Branch attended the Transportation Research Board’s (TRB) Annual Meeting in Washington, DC on January 5-9, 2025. The Annual Meeting provides an important opportunity for transportation professionals from around the world to connect and address topics that are crucial to advancing transportation research domestically and internationally. More than 10,000 professionals attended the meeting.

Wil Villafane participated in various meetings/presentations, subcommittees, American Society of Civil Engineers (ASCE) organizations, with FAA collaborators, and others related to instrumentation projects. Networking efforts included discussing similar projects, exchanging ideas, and interacting with sensor technology vendors to explore out-of-the-box ideas/solutions.

Qingge Jia participated in the Pavement Management Systems Committee, Pavement Condition Evaluation Committee, and Aircraft and Airport Compatibility Committee; and gave a status update on FAA PAVEAIR to Pavement Management Systems for Airports Subcommittee and proposed to give a TRB webinar on FAA PAVEAIR next year.

Dr. Navneet Garg participated in several workshops, including the Editorial Board of International Journal of Pavement Engineering (IJPE); an interagency panel workshop, Roads, Tracks and Runways: Life Cycle Assessment in Civil Infrastructure Policy and Practice; and various committees. He co-authored and/or presented a number of papers and presentations, such as Airport Pavement Research at FAA’s Accelerated Pavement Test Facilities at the ASCE Airfield Pavements Committee meeting, Addressing Sustainability at Airport Pavements; presented at  ICAO’s APEG meeting at Airbus HQ, FAA Experience with Embedded Sensors, a requested presentation for the Performance Instrumentation for Pavement Structure and Subgrades AKP40(2), Joint Subcommittee of AKP40 and AKG60. Dr. Garg’s co-author, Dr. Hasan Kazmee, presented Rutting Feasibility Study of Reclaimed Asphalt Pavement for Use in Airfield Asphalt Concrete Mixes under the Influence of High Aircraft Tire Pressure and Pavement Temperature. Dr. Garg also attended the AV070 Aircraft and Airport Compatibility Committee meeting, where he was appointed secretary.

Dr. Offenbacker gave a presentation titled, Evaluation of the Mechanical Responses in Clay Subgrade Under Aircraft Loading, co-authored by Dr. Brill and Dr. Garg, using data collected at the National Airport Pavement Test Facility (NAPTF) from Construction Cycle 9 and updated on current research into pavement condition assessment and pavement management to the Pavement Management Systems for Airports Subcommittee.

Dr. David Brill participated in several workshops and meetings, including the International Advisory Board of the Bearing Capacity of Roads, Railways and Airfields (BCRRA) conference. He co-authored the paper presented by Dr. Offenbacker and the paper Prediction Models for Airport Pavement Serviceability Level Index, presented at one of the poster sessions. Following the TRB meeting (1/9-1/10), Dr. Brill participated in a meeting of the ICAO Aerodrome Pavement Expert Group (APEG), hosted at Airbus America headquarters.

Dr. Richard Ji participated in the Pavement Condition Evaluation, the Concrete Pavement Construction and Rehabilitation, the Geo-Environmental and Climatic Impact on Geomaterials, and the Aircraft and Airport Compatibility Committees and discussed new nondestructive testing (NDT) technologies and newly developed equipment with attendees. He also participated in committee discussions on field-testing applications. Lessons learned in these discussions will greatly benefit data collection in NAPTF pavement monitoring program.

Jim Layton | james.layton@faa.gov

Precision Approach Path Indicator (PAPI) Baffle Installation

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Nick Subbotin of the Airport Technology Research & Development (ATR) branch and support technicians Scott Smith and Matt McGown installed custom baffles on a Precision Approach Path Indicator (PAPI) lighting system, a visual reference used by pilots to maintain the correct glide slope during their final approach to landing, at Hollywood Burbank Airport (BUR) in Burbank, CA. Baffles were requested at BUR to satisfy Flight Inspection criteria due to mountainous terrain in the approach path. Custom metal shields called baffles, were installed inside of the PAPI that block the light signal in the vicinity of the mountainous terrain. Pilots will have to fly closer to the runway centerline to see the PAPI light signal and away from the terrain.  Flight Inspection Services will determine if the result is satisfactory and commissioned for use in the National Airspace System.

Nick Subbotin, ANG-E261, 609-485-8034

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