Simulating American Air Traffic During the 2026 World Cup

Simulating Private Jet Traffic for the 2026 World Cup

The aviation software company AirPlx has published an interactive map that simulates private aircraft traffic between North American airports during the 2026 FIFA World Cup.

The map, titled Can Private Aviation Handle the World Cup?, models thousands of private aviation flights connecting airports in the 16 host cities across the United States, Canada and Mexico. As the timeline animation plays, flight paths appear across the map representing private aircraft arriving, departing and repositioning between airports throughout the tournament.

The result is a fascinating visualization of the logistical challenges facing private aviation during the World Cup, as teams, sponsors, executives and VIP spectators move between games.

Why AirPlx Created the Map

AirPlx develops software used by FBOs (Fixed Base Operators) and airport operators to manage ramp space, hangar capacity and aircraft movements. The map is therefore less a football visualization and more a capacity planning tool. Major events create sudden surges in private aviation traffic, and those surges can overwhelm airport infrastructure if they are not anticipated. The map highlights where and when those demands will be most apparent.

The Methodology

To create the simulation AirPlx combined historical aviation data with probabilistic modeling. The company analyzed 45,878 real general aviation and business aviation flights collected from flight-tracking data during past major events, including the last three World Cups.

From these historical events the team measured the difference between normal flight levels and event-period traffic. This “uplift” in activity was then used as the baseline for the model. To generate forecasts for 2026 the model ran 10,000 randomized simulations for each airport, varying the expected increase in flights within the ranges observed during past events. Instead of producing a single forecast, the system generates multiple scenarios ranging from conservative to aggressive demand levels.

The result is a dynamic model of how aircraft might arrive, park and depart during the 39-day tournament.

What the Simulation Shows

The map reveals that the biggest challenge of the 2026 World Cup may not be the number of flights, but the distributed nature of the event. Unlike previous tournaments hosted in a single country or city cluster, the 2026 competition spans three countries and 16 host cities. This spreads demand across more than 40 regional airports.

Some patterns that emerge from the simulation include:

1. Opening-week traffic surge

The model suggests more than 1,000 private aircraft movements on the opening day alone as teams, sponsors and spectators arrive.

2. A prolonged period of high activity

The group stage lasts 17 days, meaning airports may experience sustained elevated traffic rather than a single spike.

3. Changing aircraft mix in later rounds

As the tournament progresses, larger long-range business jets and VIP airliners become more common, increasing the amount of ramp space required per aircraft.

4. A massive final-day bottleneck

The final at MetLife Stadium in the New York region could generate thousands of movements across nearby airports, particularly at Teterboro and surrounding general aviation fields.

5. A compressed departure wave

The model suggests most aircraft will attempt to depart within roughly 36 hours after the final, creating intense runway and ramp congestion.