Airport Cooperative Research Program

Airport Cooperative Research Program
Name	Airport Cooperative Research Program
Established	1990
Type	applied research program
Location	United States
Parent	Transportation Research Board

Airport Cooperative Research Program

The Airport Cooperative Research Program supports applied aviation research that addresses problems faced by airport operators, airlines, and aviation regulators. The program sponsors studies that inform Federal Aviation Administration policy, guide state transportation departments, and assist metropolitan planning organizations and port authorities with practical solutions. Its outputs include technical reports, implementation tools, and guidance adopted by air navigation service providers, airport management teams, and industry stakeholders.

Overview

The program conducts competitively selected research projects through the Transportation Research Board and engages with entities such as the Federal Aviation Administration, National Academies of Sciences, Engineering, and Medicine, and U.S. Department of Transportation. Research topics span airfield pavement engineering, terminal design, wildlife hazard management, emergency response, security screening, and sustainability initiatives adopted by Los Angeles International Airport, Hartsfield–Jackson Atlanta International Airport, and John F. Kennedy International Airport. Outputs are used by state aviation agencies, airport consultants, air cargo operators, and fixed-base operators.

History and Development

Established in 1990 under the auspices of the Transportation Research Board and congressional authorization tied to aviation policy legislation, the program emerged amid increasing traffic at O'Hare International Airport, Dallas/Fort Worth International Airport, and other major hubs. Early work responded to capacity constraints documented by the Air Traffic Control system and influenced initiatives linked to NextGen. Over decades the program expanded to address post-9/11 security concerns involving the Transportation Security Administration and to support resilience after natural disasters affecting Hurricane Katrina-impacted airports and infrastructure.

Organization and Governance

Governance involves panels composed of representatives from airports council international, Airports Council International – North America, American Association of Airport Executives, airlines such as Delta Air Lines and American Airlines, and federal entities including the Federal Aviation Administration and the National Transportation Safety Board. Project selection follows peer review modeled on procedures used by the National Academies of Sciences, Engineering, and Medicine with oversight from the Transportation Research Board executive committee and input from state departments of transportation and metropolitan planning organizations.

Research Areas and Programs

Research portfolios include airside and landside topics: runway safety areas, pavement management, airport geometrics, ground access, and multimodal connections with rail transit corridors. Security and screening research intersects with Transportation Security Administration operations, Behavior Detection programs, and checkpoint design. Environmental work addresses noise abatement, air quality compliance with Environmental Protection Agency standards, and sustainable aviation fuels integration. Studies on wildlife strikes reference guidance from the National Wildlife Federation and Federal Aviation Administration circulars. Human factors and passenger experience research connects with TSA PreCheck, Global Entry, and terminal wayfinding used at Heathrow Airport and Changi Airport case studies.

Funding and Partnerships

Primary funding is authorized through congressional appropriations administered via the U.S. Department of Transportation and implemented by the Transportation Research Board. Partnerships include collaborations with universities such as Massachusetts Institute of Technology, University of Illinois Urbana–Champaign, and University of California, Berkeley; with industry partners including Boeing, Airbus, and Honeywell; and with municipal authorities like the Port Authority of New York and New Jersey. Cooperative agreements, grants, and contracts enable participation by consulting firms, engineering firms like Jacobs Engineering Group and AECOM, and nonprofit organizations including the National Academy of Engineering.

Implementation and Impact

Findings inform practice at facilities including San Francisco International Airport, Seattle–Tacoma International Airport, and regional hubs such as Tampa International Airport. Implementation examples include revised emergency response plans adopted by Federal Emergency Management Agency partners, pavement preservation strategies that reduced life-cycle costs for airport operators, and operational changes supporting precision approach procedures tied to FAA Orders. The program’s technical reports and toolkits have been cited in airport master plans, grant applications to the Airport Improvement Program, and standards developed by the American Association of Airport Executives and International Civil Aviation Organization guidance.

Criticism and Challenges

Critics point to challenges in technology transfer from reports to airport authorities, variability in adoption among small and medium-sized airports overseen by state aviation agencies, and limitations tied to funding cycles set by Congressional appropriations committees. Other criticisms involve the pace of research compared with rapid industry change driven by firms like Uber Technologies and Tesla, Inc. in ground access and electrification, and the difficulty aligning research outcomes with regulatory timelines at the Federal Aviation Administration and Transportation Security Administration. Ongoing debates involve balancing long-term research with near-term operational needs cited by mayors and regional planning boards.

Category:Aviation research organizations Category:Transportation Research Board programs