CRISIS
Aviation Under Strain: How Europe and the US Reached the Same Crisis by Different Roads
Mass flight cancellations are no longer accidents but structural failures. Western aviation optimized for efficiency and cost control, while China and the Gulf built systems designed to absorb shocks and volatility.
Joseph Chatzki
Independent journalist
The winter disruptions of 2025–2026 exposed a reality the aviation industry has tried to postpone acknowledging: Europe and the United States have rebuilt air travel demand after COVID, but not the infrastructure required to sustain it. The mass cancellations at Amsterdam-Schiphol Airport, where over 3,300 flights were scrapped in early January alone, were not an isolated operational failure. They were a stress test—and the system failed.
Europe: capacity capped by politics
Europe’s crisis is structural and political. Passenger traffic across the continent has returned to—and in some markets exceeded—2019 levels. In 2024, European airports handled roughly 2.3 billion passengers, approaching pre-pandemic highs. Yet physical airport capacity remains effectively frozen.
At Schiphol and London Heathrow Airport, runway numbers have not changed in decades. Expansion projects face environmental litigation, local opposition, and national political constraints. As a result, Europe’s major hubs operate at utilization levels approaching 90–95% on ordinary days. This leaves no buffer for disruption.
Airlines such as Lufthansa, Air France-KLM, and easyJet depend heavily on tightly synchronized hub operations. When a hub fails—whether due to weather, staffing shortages, or air traffic control limits—the entire network absorbs the shock.
Europe’s crisis is structural and political. Passenger traffic across the continent has returned to—and in some markets exceeded—2019 levels. In 2024, European airports handled roughly 2.3 billion passengers, approaching pre-pandemic highs. Yet physical airport capacity remains effectively frozen.
At Schiphol and London Heathrow Airport, runway numbers have not changed in decades. Expansion projects face environmental litigation, local opposition, and national political constraints. As a result, Europe’s major hubs operate at utilization levels approaching 90–95% on ordinary days. This leaves no buffer for disruption.
Airlines such as Lufthansa, Air France-KLM, and easyJet depend heavily on tightly synchronized hub operations. When a hub fails—whether due to weather, staffing shortages, or air traffic control limits—the entire network absorbs the shock.
Recovery is slow, expensive, and highly visible to passengers.
United States: scale without resilience
The United States took a different path—and arrived at a similar destination. US airports generally face fewer environmental barriers to expansion, but suffer from chronic underinvestment and institutional fragmentation. Between 2023 and 2025, more than 20% of US flights arrived over 15 minutes late, with delay rates exceeding 30% during severe weather events.
Airports such as Newark, Chicago O’Hare, and JFK handle volumes comparable to major European hubs, yet much of their core infrastructure dates back 40–50 years. Modernization projects are incremental, while traffic growth has been rapid. Airlines like Delta Air Lines, United Airlines, and American Airlines have rebuilt aggressive hub-and-spoke schedules, relying on high aircraft utilization and minimal slack.
The result is a system that functions efficiently in ideal conditions—and degrades rapidly when stressed.
The United States took a different path—and arrived at a similar destination. US airports generally face fewer environmental barriers to expansion, but suffer from chronic underinvestment and institutional fragmentation. Between 2023 and 2025, more than 20% of US flights arrived over 15 minutes late, with delay rates exceeding 30% during severe weather events.
Airports such as Newark, Chicago O’Hare, and JFK handle volumes comparable to major European hubs, yet much of their core infrastructure dates back 40–50 years. Modernization projects are incremental, while traffic growth has been rapid. Airlines like Delta Air Lines, United Airlines, and American Airlines have rebuilt aggressive hub-and-spoke schedules, relying on high aircraft utilization and minimal slack.
The result is a system that functions efficiently in ideal conditions—and degrades rapidly when stressed.
As global air travel rebounds, Western airport systems are reaching their physical and political limits. Years of underinvestment and COVID-era cost cutting have turned efficiency into fragility.
COVID: the hidden structural damage
COVID did not merely pause aviation; it reshaped it. During 2020–2022, airports and airlines cut deeply into what economists call “redundant capacity”: reserve staff, spare ground equipment, training pipelines, and contingency stockpiles. These cuts improved short-term financial survival but hollowed out operational resilience.
When mass travel returned faster than expected—driven by leisure demand, diaspora travel, and deferred mobility—capacity returned unevenly. Aircraft came back. Passengers came back. Infrastructure did not.
This imbalance explains why disruptions today are sharper and longer-lasting than before the pandemic.
Geopolitics and constrained airspace
Geopolitics has further tightened the system. The closure of Russian airspace for most Western carriers has lengthened flight times, increased fuel burn, and reduced aircraft and crew availability—especially on Europe–Asia routes. Middle Eastern hubs have absorbed some flows, but European networks remain under pressure.
At the same time, supply chains for airport equipment—from snow-removal vehicles to radar systems—have become slower and more expensive, complicating rapid infrastructure upgrades.
Both Europe and the US optimized aviation for efficiency, cost control, and political acceptability. Resilience was treated as excess. COVID exposed that trade-off, and the return of mass travel has amplified it.
Without decisive investment in runways, aprons, air traffic control, ground handling capacity, and workforce depth, disruptions will not disappear. They will normalize.
COVID did not merely pause aviation; it reshaped it. During 2020–2022, airports and airlines cut deeply into what economists call “redundant capacity”: reserve staff, spare ground equipment, training pipelines, and contingency stockpiles. These cuts improved short-term financial survival but hollowed out operational resilience.
When mass travel returned faster than expected—driven by leisure demand, diaspora travel, and deferred mobility—capacity returned unevenly. Aircraft came back. Passengers came back. Infrastructure did not.
This imbalance explains why disruptions today are sharper and longer-lasting than before the pandemic.
Geopolitics and constrained airspace
Geopolitics has further tightened the system. The closure of Russian airspace for most Western carriers has lengthened flight times, increased fuel burn, and reduced aircraft and crew availability—especially on Europe–Asia routes. Middle Eastern hubs have absorbed some flows, but European networks remain under pressure.
At the same time, supply chains for airport equipment—from snow-removal vehicles to radar systems—have become slower and more expensive, complicating rapid infrastructure upgrades.
Both Europe and the US optimized aviation for efficiency, cost control, and political acceptability. Resilience was treated as excess. COVID exposed that trade-off, and the return of mass travel has amplified it.
Without decisive investment in runways, aprons, air traffic control, ground handling capacity, and workforce depth, disruptions will not disappear. They will normalize.
The question is no longer whether another major airport crisis will occur—but how often, and which hub will fail next under conditions that would once have been considered routine.
China and the Gulf: expansion as strategy, not exception
The contrast becomes sharper when Europe and the United States are measured against China and the Gulf states, where aviation infrastructure is treated not as a constraint to be managed but as a strategic instrument of national policy.
China followed a radically different post-COVID trajectory. After reopening in 2023–2024, passenger volumes rebounded rapidly, supported by infrastructure built well ahead of demand. Between 2008 and 2024, China added more than 100 commercial airports and systematically expanded capacity at major hubs. Facilities such as Beijing Daxing International Airport were designed with extreme redundancy: multiple parallel runways, vast apron areas, surplus gate capacity, and fully integrated high-speed rail connections. Daxing alone was built for an eventual capacity exceeding 100 million passengers annually—far beyond current utilization.
This overcapacity is deliberate. Chinese aviation planning assumes traffic volatility, weather disruption, geopolitical shocks, and long-term growth as constants rather than exceptions. As a result, operational resilience is embedded at the design stage, not retrofitted through procedures. When disruptions occur, they tend to be absorbed locally rather than cascading through the national network.
The Gulf states represent a different but equally instructive model. Airports such as Dubai International Airport, Hamad International Airport, and Abu Dhabi have expanded continuously, often staying ahead of airline growth. These hubs operate with strong state backing, centralized decision-making, and minimal political resistance to expansion.
Airlines like Emirates, Qatar Airways, and Etihad Airways benefit from infrastructure designed explicitly around their network models. Wide aprons, extensive night operations, high staffing buffers, and rapid ground-handling turnaround capacity provide operational flexibility largely absent in Western hubs. Importantly, Gulf airports are built as 24-hour systems, avoiding the curfews and slot rigidity that constrain Europe.
Geopolitically, the shift is significant. With Russian airspace closed to most Western carriers, Gulf hubs have strengthened their role as connectors between Europe, Asia, and Africa. Their geographic position, combined with resilient infrastructure, allows them to absorb rerouted traffic that European hubs struggle to handle.
The contrast becomes sharper when Europe and the United States are measured against China and the Gulf states, where aviation infrastructure is treated not as a constraint to be managed but as a strategic instrument of national policy.
China followed a radically different post-COVID trajectory. After reopening in 2023–2024, passenger volumes rebounded rapidly, supported by infrastructure built well ahead of demand. Between 2008 and 2024, China added more than 100 commercial airports and systematically expanded capacity at major hubs. Facilities such as Beijing Daxing International Airport were designed with extreme redundancy: multiple parallel runways, vast apron areas, surplus gate capacity, and fully integrated high-speed rail connections. Daxing alone was built for an eventual capacity exceeding 100 million passengers annually—far beyond current utilization.
This overcapacity is deliberate. Chinese aviation planning assumes traffic volatility, weather disruption, geopolitical shocks, and long-term growth as constants rather than exceptions. As a result, operational resilience is embedded at the design stage, not retrofitted through procedures. When disruptions occur, they tend to be absorbed locally rather than cascading through the national network.
The Gulf states represent a different but equally instructive model. Airports such as Dubai International Airport, Hamad International Airport, and Abu Dhabi have expanded continuously, often staying ahead of airline growth. These hubs operate with strong state backing, centralized decision-making, and minimal political resistance to expansion.
Airlines like Emirates, Qatar Airways, and Etihad Airways benefit from infrastructure designed explicitly around their network models. Wide aprons, extensive night operations, high staffing buffers, and rapid ground-handling turnaround capacity provide operational flexibility largely absent in Western hubs. Importantly, Gulf airports are built as 24-hour systems, avoiding the curfews and slot rigidity that constrain Europe.
Geopolitically, the shift is significant. With Russian airspace closed to most Western carriers, Gulf hubs have strengthened their role as connectors between Europe, Asia, and Africa. Their geographic position, combined with resilient infrastructure, allows them to absorb rerouted traffic that European hubs struggle to handle.
A structural divergence, not a temporary gap
The emerging divide is no longer cyclical—it is structural. Europe and the United States operate aviation systems optimized for political compromise, cost efficiency, and environmental containment. China and the Gulf optimize for capacity, redundancy, and strategic control.
This divergence carries long-term consequences. Airlines will increasingly route growth through regions where infrastructure risk is lower and recovery from disruption is faster. Passengers will gravitate toward networks that deliver predictability, even at the cost of longer routings. And global connectivity will slowly re-center around hubs designed for resilience rather than minimal compliance.
The lesson is uncomfortable but clear. Aviation systems built to function perfectly on an average day will fail repeatedly in a world defined by volatility. Those built with excess capacity will appear inefficient—until they become indispensable.
The real question facing Europe and the United States is no longer whether they can afford to invest in redundancy. It is whether they can afford not to.
The emerging divide is no longer cyclical—it is structural. Europe and the United States operate aviation systems optimized for political compromise, cost efficiency, and environmental containment. China and the Gulf optimize for capacity, redundancy, and strategic control.
This divergence carries long-term consequences. Airlines will increasingly route growth through regions where infrastructure risk is lower and recovery from disruption is faster. Passengers will gravitate toward networks that deliver predictability, even at the cost of longer routings. And global connectivity will slowly re-center around hubs designed for resilience rather than minimal compliance.
The lesson is uncomfortable but clear. Aviation systems built to function perfectly on an average day will fail repeatedly in a world defined by volatility. Those built with excess capacity will appear inefficient—until they become indispensable.
The real question facing Europe and the United States is no longer whether they can afford to invest in redundancy. It is whether they can afford not to.
All images: Leonid Faerberg (www.faerberg.com)