Envisioning the Future of U.S. Airports (2024)

Chapter: 1 The Need for a Vision for Airports

Previous Chapter: Summary
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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.

presentation

CHAPTER 1

The Need for a Vision for Airports

Airports have played a critical role in the development of today’s interconnected global world. For approximately 100 years, airports have served as the gateway to air transportation (Patterson, 2014), although the nature of their role has evolved (National Air and Space Museum, n.d.). In its infancy in the 1920s, air travel supported mail flights and novelty travel for a small number of wealthy adventurers. Airports began serving a larger volume of long-distance travelers in the decades following World War II, although the experience remained too expensive for most travelers. The introduction of passenger jets in the late 1950s created new infrastructure requirements for airports and led to a surge in demand as air travel became significantly more comfortable. Deregulation of airlines in the late 1970s shifted the landscape of demand for air travel yet again, as demand surged further in response to generally more affordable fares and increased service on heavily traveled routes. Growth was not limited to passenger travel; airports have also needed to support the increased use of aviation for cargo transportation, which has been recently buoyed by the rise in online retail and home delivery.

As a result of this growth, today’s airports play a critical role in the U.S. economy. The FAA estimates that aviation directly or indirectly contributed 4.9% of the U.S. gross domestic project in 2019 (FAA, 2022a). This includes the unique and important role filled by general aviation (GA) airports, which contributed a total of $102.1 billion in direct and indirect output in 2019 (FAA, 2022a).

The evolution of airports has been shaped by a variety of forces, including safety requirements, federal funding requirements, airline deregulation, technological advances, and both steady trends and sudden but temporary changes in demand for air transportation. In many cases, airports have been forced to adapt in a somewhat reactionary manner. Airports are likely to continue to face unexpected challenges, but the time is ripe for both a reflection on how the industry got here and a new unifying vision for the future.

This report seeks to provide an ambitious but realistic vision for what U.S. airports might look like in 2050. The intention is that this vision will provide high-level direction and support alignment to the ongoing evolution of the U.S. aviation system over the intervening years. This vision was developed via a series of three workshops held in 2023 with a variety of aviation stakeholders, as described in a separate workshop methodology document (Appendix A). The details of this vision are presented in a narrative form that is intended to provide stakeholders with a more detailed inspiration for what the future might look like. The authors sought to identify the issues, challenges, and opportunities that airports may need to address to achieve this aspirational vision.

A Vision of U.S. Airports in 2050: What and Why?

A vision creates a shared sense of identity and purpose. A vision can serve as a common endpoint around which to orient the actions of various entities, an inspiration to do more than is currently being done, or a statement of shared values. While there are many ways to define a

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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.

vision, in this project we defined it as a statement that expresses the identity and purpose of an organization or sector. A compelling vision has the following four characteristics (drawn from Setear et al., 1990). It is

  • Credible: relevant and realistic to stakeholders in the field. It should be applicable to the challenges faced by individuals in that sector at various levels;
  • Distinctive: specific to the sector’s unique identity and purpose;
  • Motivating: not only presenting a positive image but also serving as an inspiration to those in the field; and
  • Persistent: widely shared and understood. It will outlast individual changes in leadership.

The following vision was developed based on workshop discussions and agreed on by workshop participants:

A Vision for Airports in 2050

In 2050, airports are the gateway to frictionless multimodal transportation; their diverse workforce achieves efficiency, resilience, and equity while operating on a sustainable and financially sound basis.

The project began with a literature review to provide background on key topics, such as airport governance and funding, planning and environmental issues, aircraft and travel demand, and emerging trends. This foundational review is recorded in a separate annex (Appendix B). Then, the authors developed the vision through an intensive futuring exercise—a method for thinking about the future—led by RAND and supported by WSP USA and Landrum & Brown. The method is not based on developing specific projections, as conventional forecasting models do, but rather on developing a desirable and realistic vision for the future by bringing people with knowledge of a topic together to discuss the future in a structured series of exercises. The futuring exercise consisted of three workshops, with participants from a variety of aviation stakeholders, including airport representatives, airline representatives, state aviation offices, and other groups to think about how airports might function in 2050. Throughout the report, when the authors mention participants, it refers to this group. More information on the futuring process and participants is provided in Appendix A. While the intent of this work is to broadly consider relevant themes and trends facing airports, topics that were both beyond the scope of the literature review and not brought up independently by participants (such as interactions between airports and space travel) are not included in this report.

Following the second workshop, the authors organized the various outputs from the workshops into broad categories and divided them by short-, medium-, and long-term. These include actions and conditions expected to take place or be relevant over three time periods: now through 2030, 2030 through 2040, and 2040 through 2050. The authors provided a version of this categorization to the third workshop for participants to comment.

Table 1 shows the overall outputs from these workshops, along with a snapshot of current conditions.

Organization of This Report

The style of this report is somewhat atypical, as its fundamental purpose is aspirational rather than informational. Chapters 2, 3, and 4 are all written in the past tense as though one is looking back on the past from 2050. This stylistic choice is typical in futuring exercises. It reflects the

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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.

Table 1. Current and envisioned future state of U.S. airports by time period.

Workshop Year (2023) 2024–2030 2030–2040 2040–2050
Operations
Airport Capacity, Digital Operations, and Passenger Journey
  • There was limited use of digital operations, apps, and biometrics.
  • Capacity constraints strained airports and passengers.
  • Passengers with disabilities experienced challenges.
  • Uncrewed aircraft systems safety concerns existed.
  • Digital investment, operations, and data sharing with stakeholders increased.
  • Flexible airport space and workforce adaptable to dynamic airline schedules were established.
  • Facilities were modified for improved disability access.
  • Underutilized airport spaces were repurposed.
  • Piloting of advanced screening technology identified concerns.
  • Airports adjusted revenue and operations for door-to-door baggage service.
  • Data sharing was established, supporting NextGen implementation.
  • Changes were made in facility design for passengers with physical or cognitive impairments.
  • Improved biometric and AI-based screening enabled widespread walk-through and off-site baggage check-in.
  • AI and innovations streamlined passengers’ airport journey.
  • Preparedness for handling emergencies and stranded passengers improved.
Air Traffic Control
  • NextGen infrastructure was mostly set, but other challenges persisted.
  • There were systemic issues with the National Airspace System.
  • Enhanced air traffic control (ATC) and advanced analytics optimized the national aviation system.
  • Efficient airspace management increased capacity without added infrastructure.
  • ATC enabled capacity increase without compromising safety.
Workforce
  • Staffing shortages were common.
  • The recruitment pipeline was narrow.
  • The workforce lacked diversity.
  • Talent retention issues persisted.
  • Airport talent searches broadened.
  • A comprehensive airport career strategy included career diversity, attractive compensation, lower entry barriers, and professional knowledge sharing.
  • Prior recruitment efforts paid off in diverse entrants.
  • Skills development was prioritized through aviation training institutes.
  • Distinct road maps for career advancement were developed.
  • Diverse leadership was bolstered by a broad talent pool.
Sustainability
Emissions
  • The aviation sector accounted for 2% of greenhouse gas emissions.
  • SAF was less than 10% of global demand.
  • Unleaded aviation gas was approved.
  • Further research into the initial deployment of cleaner aviation fuels occurred.
  • Alternative fuels emerged as viable options.
  • The Eliminate Aviation Gasoline Lead Emissions (EAGLE) program nearly achieved lead-free gas.
  • SAF use moderately increased.
  • Unleaded aviation gas and SAF made significant strides.
  • Airports adapted fueling infrastructure to support increased SAF demand.
  • SAF became economically viable.
  • Emissions from airport operations and energy purchased by airports reached net-zero emissions.
  • Emissions from airport properties (not controlled by airports) substantially reduced.
Energy Resilience and Electrification
  • Efforts were made to reduce energy footprint.
  • Investment in infrastructure for the transition to clean energy increased.
  • There was a continued effort to make clean energy technology economically viable.
  • Airport Improvement Program grant assurances became more flexible to fund energy infrastructure.
  • Several airports were able to accommodate electric aircraft.
  • New infrastructure and supply chains were created for low-carbon energy sources.
  • Electric aircraft gained a larger share of the market.
  • Many large or medium airports built or planned to build microgrids.
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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.
Workshop Year (2023) 2024–2030 2030–2040 2040–2050
Climate Disruptions and Response
  • Power outages occurred.
  • Severe weather events occurred.
  • Airports invested in airport resilience.
  • There were major disruptions in air travel because of climate change.
  • Airports continued investing in climate resilience.
  • Airports exchanged best practices.
  • Airports addressed climate impacts with a variety of mitigation strategies.
  • A small number of airports closed.
  • Airports successfully hardened vulnerable infrastructure.
Community Relations
  • Airport-community relations were strained.
  • Improved aircraft technology began to address community issues.
  • Airports laid the groundwork for better airport-community relations.
  • Airports and the community collaborated to ensure viability and regional benefits.
  • Airports effectively integrated their priorities with community needs.
Integration
Multimodal Integration
  • There was limited integration of airports with intercity transport modes.
  • Ground transport faced challenges with traffic congestion and mass transit.
  • Advanced Air Mobility (AAM) technology was being developed.
  • Multimodal booking services started.
  • The FAA introduced new regulations for AAM aircraft safety and commercialization.
  • AAM trials continued, with no major crashes reported.
  • Airports and airlines bolstered ties with ground transportation providers.
  • Apps delivered real-time data to passengers and operators.
  • AAM services and uncrewed flights served a small niche.
  • Cargo airlines adopted uncrewed flights.
  • Some airports transformed into multimodal hubs and were called “multiports.”
  • Multimodal options and door-to-door bookings increased.
  • The majority of air cargo was shipped via uncrewed aircraft.
Funding and Regulatory Issues
  • Some capital expenditures were not eligible for federal funding.
  • Airports explored new partnerships and revenue streams.
  • Some grant assurances were not compatible with emerging users and technologies.
  • FAA updated certification standards for new aircraft types.
  • FAA revised its process for soliciting outside comments on rules that affect aviation, allowing them to be shared with stakeholders earlier in the process.
  • Public–private partnerships were further explored.
  • There were flexible approaches to funding multimodal transportation.
  • The use of long-term leases of terminals to private entities increased.
  • Grant assurances were revised to permit flexible uses of airport revenue.
  • The U.S. Department of Transportation (U.S. DOT) eased restrictions on federal funding for multimodal projects.
  • Multimodal models resulted in new fees.
  • FAA advocated for more objective- and performance-based rules and standards.
  • A new approach to reauthorization promoted an integrated transportation system.
  • Airports diversified their business model to include more non-aviation activities.
  • Cooperation among agencies and between airports and communities increased.

authors’ approach of encouraging participants to start by thinking about what an ideal but realistic future would look like and then think through the actions and decisions that are required to transition from the present to that ideal future state. The style also helps the vision feel tangible and realistic by walking the reader through the steps that were taken to achieve that future.

This report organizes the many events, actions, and decisions identified in the futuring workshops into three broad elements—operations, sustainability, and integration. The authors devote one chapter to each element. Each of these three chapters begins with a discussion of the present-day situation and challenges, then looks at the events, actions, and decisions that might occur

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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.

during three broad time periods between 2024 and the target year, 2050: the short term (2024 through 2030), the medium term (2030 through 2040), and the long term (2040 through 2050). Statements in these sections should not be taken as predictions or endorsements; rather, they reflect hypothetical actions and activities that may support the envisioned future. Acknowledging the constant nature of improvement, each chapter concludes by describing continuing challenges in that element that airports may be facing in 2050.

Thus, the remainder of this report is organized as follows.

  • Chapter 2 discusses operations. This includes changes to workforce, procedures, and security.
  • Chapter 3 discusses sustainability. This includes how airports and the businesses that operate at airports can reduce their emissions, how they respond to climate change, and to a lesser extent how they work with local communities around environmental issues such as noise.
  • Chapter 4 discusses integration. This includes the potential for airports to increase the degree of multimodal integration, and emerging advanced air mobility technologies. It also encompasses funding and regulatory issues.
  • Chapter 5 recommends potential near-term stakeholder actions and identifies future research needs.
  • A List of Acronyms and References can be found after the main text of the report, followed by information on locating Appendices A and B.
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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.
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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.
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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.
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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.
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Suggested Citation: "1 The Need for a Vision for Airports." National Academies of Sciences, Engineering, and Medicine. 2024. Envisioning the Future of U.S. Airports. Washington, DC: The National Academies Press. doi: 10.17226/27969.
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Next Chapter: 2 Operations
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