FIFA World Cup 2026 to Impact Business Aviation Operations Across North America

North America

3 host countries. 16 host cities. 48 teams. 104 matches. FIFA World Cup 2026 is not only expected to be one of the largest sporting events ever hosted in North America but will increase air traffic and business aircraft demand across North America with matches across the United States, Canada, and Mexico, drawing millions of spectators, media personnel, and corporate stakeholders across the world.

Increased demand for private transportation, tighter airport capacity, increased pressure, and expanded operations may create unique challenges for flight departments, fixed based operators (FBOs), maintenance providers, and airport personnel.

Insights from Previous Mega Event Air Traffic Surges

Major global events, including the World Cup and other major sporting events, generate significant spikes in aviation activity and place unusual stress on business aviation operations, making reliable ground support operations essential to maintaining safety, readiness, and aircraft availability.

While every event is unique, previous major sporting events provide useful insights into how aviation activity is impacted by large numbers of spectators, sponsors, executives, media organizations, and VIP travelers converging on a region.

Increased Arrivals

The day before and day of a major sporting event is typically when surges of business jets arrivals appear. For instance, at the 2026 Masters Tournament at Augusta National, the arrival surge began four days before the tournament began and peaked on day two of the
four-day tournament. For all four days of the tournament, arrivals continued to surge, greatly outperforming typical arrival statistics for the area. Additionally, these surges were experienced by multiple airports in the area.

Based on this we can expect surges of business jet air traffic on the day prior to and the day of each match through the course of the tournament as spectators arrive for the event. And we can expect surges to appear across multiple airports servicing the area of each match.

Increased Departures

The day after major sporting events consistently sees major surges in business jet departures as much as 2 times to 9 times as many departures as seen at Super Bowl 2022 and Super Bowl 2018 respectively.

During the 2022 FIFA World Cup hosted in Qatar, departures surged throughout the course of the tournament, reaching their highest peak the last week of the event and their second highest peak the week following the event.

Additionally, all traffic surges, including both arrivals and departures are generally at their greatest during World Cups finals. For instance, at the 2006 FIFA World Cup hosted in German, the finals saw the largest aircraft surge of the tournament with a surge of 23 times normal traffic.

Likewise, during this year’s event we can expect to see departures peak the day of and the day after each match and can expect final matches to draw bigger crowds, meaning bigger departures after their conclusion.

Apron Capacity

Not only do major sporting events cause surges in arrivals and departures, but they also cause surges in used ramp space. The Masters this year saw a massive spike in average hourly ramp square meters in use. This surge began in the days preceding the tournament before peaking early in the tournament on day one and two and then slowly sloping off over the course of the four-day tournament before completely returning to normal levels two days after the tournament.

The surge was primary amongst heavy and ultra-long range business aircraft, followed by super-midsize business aircraft. Mid and light jets also show a smaller surge. The increase of helicopter, turboprop, and piston aircraft is minimal.

This supports the assumption that the days immediately preceding and day of major sporting events are when arrivals are most frequent, and that departures typically take place on the day of or immediately following sporting events. Additionally, the case of the

Master’s indicates that aircraft often remain at airports near major sporting events, allowing spectators to quickly depart at the events’ conclusion and leading to extremely crowded parking and storage conditions.

Similar aircraft types, including ultra-long range and super-midsize business aircraft, can be expended to surge during the World Cup. Not only is the number of aircraft greater during these events, but the aircraft surges are amongst larger jets that typically make up a much smaller proportion of the airport’s traffic. These larger aircraft exasperate the apron capacity issue because they take up so much more space than smaller aircraft. This is especially a potential issue for smaller airports near major sporting events.

FIFA Air Traffic Surge Forecasts

The 2026 FIFA World Cup presents a unique challenge when it comes to forecasting traffic due to its scale. Unlike most major sporting events which are hosted by a single country and within a relatively compact geographic area therein, the 2026 World Cup will be spread across 16 cities in three host countries including the United States, Canada, and Mexico. While this is not the first World Cup to have more than one host countries—South Korea and Japan hosted in 2002—this is the first to have three. Additionally, this year’s event features a record number of 48 teams and 104 matches.

This means that demand will not be concentrated in a single location. Instead, aircraft movements will shift between host cities, reliever airports, and passenger origin points as teams advance through the tournament, and travelers follow match schedules across the continent. This dynamic operating environment could create sustained pressure on airport infrastructure, air traffic management systems, and fixed-base operators (FBOs), maintenance providers, and ground support personnel.

The challenge will not be a single surge in activity but rather a prolonged period of elevated demand across multiple regions.

Cities & Airports Most Impacted

The tournament’s 16 host cities include Toronto, Vancouver, Atlanta, Boston, Dallas, Houston, Kansas City, Los Angeles, Miami, the New York/New Jersey metropolitan area, Philadelphia, the San Francisco Bay Area, Seattle, Guadalajara, Mexico City, and Monterrey.

While all host cities and their nearby airports will experience increased activity, several of these locations may emerge as particular focal points of business aviation traffic surges.

New York and New Jersey

Being one of the world’s largest aviation markets, the New York/New Jersey metropolitan region is highly likely to experience some of the highest levels of aviation demand during the event. This region is predicted to have more than 27,900 match-day-related flights over the course of the tournament, including business jet flights the day before, day of, and day after matches in New Jersey. Many of these forecast flights are attributable to the World Cup Final, which will take place July 19 at MetLife Stadium in New Jersey.

Additionally, the NBA Finals and World Cup would have combined for a commuting catastrophe if the Knicks had not won in 5 - soccer matches at MetLife Stadium would have overlapped with basketball games at Madison Square Garden on June 16.

Traffic surges to these cities could impact several airports in the immediate and surrounding areas, including Teterboro Airport (TEB), Westchester County Airport (HPN), and Newark Liberty International Airport (EWR).

Los Angeles and San Franscico

Los Angeles is predicted to have 9,600 match-day-related flights. San Francisco is expected to have 3,600 . Providing a combined total of 13,200 forecasted match-dayrelated flights. Match-day-related flights include business jet flights the day before, day of, and day after a match.

Traffic surges to these cities could impact several airports in the immediate and surrounding area including Los Angeles International Airport (LAX), Van Nuys Airport (VNY), San Francisco International Airport (SFO), and Hayward Executive Airport (KHWD).

Dallas and Houston

Dallas is predicted to have 7,900 match-day-related flights. 4,500 are predicted for Houston. Providing a combined total of 12,400 forecasted match-day-related flights.

Traffic surges to these cities could impact several airports in the immediate and surrounding areas, including Dallas Love Field Airport (DAL), Dallas-Fort Worth International Airport (DFW), and Houston William P Hobby Airport (HOU).

Learn More: NBAA | Regional Airspace Issues: FIFA World Cup 2026

Increased Traffic; Increased Complexity

With increased traffic comes increased complexity for operators. Business aircraft operators may encounter:

• Higher-than-average airport congestion
• Increased competition for ramp space
• Limited parking and storage availability
• Greater demand for fuel and ground services
• More restrictive scheduling requirements

Even airports outside of host cities may experience elevated traffic as operators seek alternative locations to avoid congestion at primary destinations.

As activity levels rise, operational planning becomes increasingly important. Small disruptions that might normally be manageable may have larger impacts when systems are operating near capacity.

Personnel Under Greater Pressure

With the increase in traffic, aircraft arrivals and departures will be more frequent, creating busy operating environments on ramps and aprons and placing significant demands on ground personnel.

In these conditions, attention to detail becomes particularly important. Personnel must coordinate aircraft movements, servicing activities, maintenance support, and turnaround procedures while minimizing the risk of delays or operational errors.

Additionally, the pressure of providing a smooth and hassle-free experience is greater due to high-profile and high-value clientele and the need to ensure passengers remember and return to your organization for the next mega event.

Organizations may need to review staffing plans, training requirements, and standard operating procedures in advance of the tourmate. Ensuring that teams are prepared for higher workloads can help maintain safety, efficiency, and service quality during peak periods.

Protecting Personnel in High-Tempo Operating Environments

In high-tempo operating environments, with increased traffic and pressure, ground crew face increased exposure to operational hazards and greater likelihood of safety incidents if procedures are not consistently followed.

During periods of heightened activity, organizations often place greater emphasis on:

• Ramp safety practices
• Foreign object debris (FOD) prevention
• Clear communication protocols
• Equipment accountability
• Human factors awareness

Additionally, fatigue management may also become a consideration if organizations extend operating hours to accommodate increased traffic demands.

Maintaining a strong safety culture becomes especially important when operational tempo increases, and teams are asked to accomplish more within compressed schedules.

Operational Efficiency is A Competitive Advantage

The aviation organizations that navigate large-scale events most successfully are often those that prepare the most thoroughly.

Planning considerations for operators may include:

• Securing arrival and departures slots
• Making parking and storage arrangements
• Coordinating ground support resources and equipment
• Reviewing contingency plans
• Evaluating staffing requirements
• Standardizing operational procedures

When airports become congested and resources are stretched, efficient processes help reduce delays, improve turnaround times, and support more predictable and reliable operations.

In many cases, operational efficiency is not simply about saving time - it is about preserving scheduling reliability and aircraft readiness in an environment where the risk of disruptions is greater. During high-profile events operational efficiency can be the difference between winning and losing new clients.

Aircraft Protection Remains Critical During High-Activity Periods

Even during high-activity periods aircraft spend time parked between flights, repositioning legs, and event-related travel schedules. As apron capacity data shows, us often aircraft remain parked at airports during events, so they are available to passengers when the event concludes. During major events, aircraft may be staged at unfamiliar airports or remain parked for extended periods, awaiting passengers.

These circumstances can introduce additional operational considerations, including environmental hazard exposure, FOD contamination risk, and the need to preserve aircraft readiness between flights.

Effective aircraft protection equipment and practices help ensure that critical systems remain safeguarded while aircraft are on the ground. Consistent preflight and postflight procedures become particularly valuable when crews are operating across multiple locations and under demanding schedules.

For operators managing a large volume of aircraft and flights during the World Cup period, maintaining aircraft readiness becomes just as important as managing flight schedules.

Environmental Exposure

While the impact of high summer temperatures on European players makes headlines, aircraft operators and personnel may also be impacted by environments they are unfamiliar with. North American regions utilized as host cities or reliever airports may experience thunderstorms, extreme heat, hail events, or hurricane conditions during the tournament.

These events could expose aircraft to environmental hazards including rain and moisture, impacts from hail, and high winds. Moisture, including rain, humidity, and condensation, is a persistent and often underestimated risk to aircraft systems. Potential impacts of moisture intrusion include corrosion of components, water ingress into pressure-sensitive systems, and contamination of the pitot-static system. Even minor moisture intrusion can compromise aircraft safety, leading to maintenance necessities and operational delays.

Human Error and FOD Contamination Risk

Additionally, during high-tempo and high-pressure ground operations, risks of human error and foreign object debris (FOD) contamination increase as ground support environments become faster, nosier, more crowded, and more stressful.

These conditions can make crews more likely to accidentally contact and damage fragile sensors and probes, injure themselves on sharp or hot surfaces, damage the aircraft with equipment, or fail to remove covers prior to flight. These potential events threaten to cause harm to personnel, disrupt operations, or cause damage to aircraft, compromising readiness.

Preserving Aircraft Readiness

To preserve aircraft readiness, aircraft protection equipment is critical. If left exposed, critical systems like pitot probes and engines can fail when their reliability is needed most due to environmental hazards, foreign object damage, or human errors.

When it comes to high-tempo and high-pressure operating environments, choosing the right aircraft protection equipment can be the difference between meeting or even exceeding passenger expectations of speed and safety or experiencing major preventable delays due to aircraft damage, personnel injury, or slow-moving operations.

Aircraft protection equipment is one of the most effective ways to mitigate risks for business aviation operations. While often overlooked, protective covers are a high impact means of risk mitigation, ensuring flight readiness. A well-designed protection system prevents damage before it occurs, enhances personnel safety, improves operational efficiency, and reduces long-term costs.

As the aviation industry continues to prioritize reliability and performance, organizations that invest in comprehensive protection strategies will be better positioned to maintain safe, efficient, and resilient operations.

At Sesame, we design, develop, and manufacture aircraft protection solutions for executive aviation operations. Whether you’re experiencing FOD damage, struggling with high-tempo environments, or just looking for better solutions for daily challenges, our team has developed tools that can improve your operations by preventing damage before it occurs.

To start implementing aircraft protection strategies for your organization, reach out to our team of aircraft protection experts.

Looking Beyond the World Cup

Although the World Cup will conclude in July, its operational lessons will have long-term value for the aviation industry. The event will provide a real-world test of how airports, operators, and service providers manage large-scale demand across a geographically diverse network.

Organizations that focus on aircraft protection, personnel safety, and operational efficiency will be better positioned to adapt to the challenges associated with major events - not only during this World Cup, but any period of elevated demand and activity.

As North America prepares to host one of the world’s largest sporting events, success will depend on managing aircraft and systems, people, processes, and the equipment that supports them.

‍