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Home News Airline News FAA Delay Programmes Hit 11 US Airports on Sept 26; Peak Delay...

FAA Delay Programmes Hit 11 US Airports on Sept 26; Peak Delay 263 Minutes

Chart of FAA delay programmes at US airports on 2026-09-26
FAA delay programmes at US airports on 2026-09-26. Chart: travelandtournews.com
Timeline of FAA delay programmes on 2026-09-26
When each airport was disrupted, 2026-09-26 UTC. Built from 69 samples of the FAA feed.

On September 26, 2026, the FAA had delay programmes active at 11 airports across the United States with a total of 20 programmes in effect. The worst-hit airport was LaGuardia (LGA), which recorded the highest peak delay of 263 minutes during a ground delay programme caused by wind.

Airports and Programmes in Force

The FAA imposed seven Ground Stop Programs and seven Ground Delay Programs, alongside six general arrival and departure delay information notices across these airports. Ground Stops temporarily hold departures at their origin airports to control arrivals, while Ground Delay Programmes meter scheduled arrivals by adjusting departure times.

LaGuardia’s wind-driven Ground Delay Program spanned 4 hours and 40 minutes from midnight to 4:40 a.m., producing an average delay peak of 162 minutes and a maximum of 263 minutes. Boston Logan International (BOS) experienced both Ground Stop and Ground Delay Programmes primarily due to wind, with the ground stop lasting 1 hour

and 20 minutes (18:20 to 19:40 UTC) and the ground delay programme occurring later for 2 hours and 40 minutes (20:00 to 22:40 UTC) and reaching a maximum delay of 159 minutes.

Newark Liberty International (EWR) and LaGuardia also had Ground Stop Programs caused by airspace volume, both lasting 80 minutes and 60 minutes respectively. Denver International (DEN) had a Ground Stop due to thunderstorms early in the day for 40 minutes and a separate Ground Delay Program of 20 minutes with a maximum delay of 75 minutes.

Other airports with Ground Delay Programs included Harry Reid International (LAS) for

2 hours and 40 minutes due to other causes, San Diego International (SAN) for 3 hours and 20 minutes due to airport volume, and San Francisco International (SFO) for 2 hours and 40 minutes because of runway construction. JFK had a lengthy 22 hour and 40 minute Ground Delay Program caused by wind with a maximum delay of 108 minutes, and a short Ground Stop early in the day for 20 minutes due to a disabled aircraft on the runway.

Airport FAA programme Cause Peak average delay In force (UTC)
AHN Ground Stop Programs airport volume – 14:40 to 16:00 (1 hour 20 minutes)
Boston Logan International (BOS) Ground Stop Programs wind – 18:20 to 19:40 (1 hour 20 minutes)
Newark Liberty International (EWR) Ground Stop Programs airspace volume – 20:00 to 21:20 (1 hour 20 minutes)
LaGuardia (LGA) Ground Stop Programs airspace volume – 20:20 to 21:20 (1 hour)
Denver International (DEN) Ground Stop Programs thunderstorms – 00:00 to 00:40 (40 minutes)
John F. Kennedy International (JFK) Ground Stop Programs disabled aircraft on the runway – 01:20 to 01:40 (20 minutes)
Washington Dulles International (IAD) Ground Stop Programs air show – 19:00 to 19:20 (20 minutes)
LaGuardia (LGA) Ground Delay Programs wind 162 min 00:00 to 04:40 (4 hours 40 minutes)
Boston Logan International (BOS) Ground Delay Programs WIND 62 min 20:00 to 22:40 (2 hours 40 minutes)
John F. Kennedy International (JFK) Ground Delay Programs wind 60 min 00:00 to 22:40 (22 hours 40 minutes)
Harry Reid International (LAS) Ground Delay Programs other 53 min 02:20 to 05:00 (2 hours 40 minutes)
San Diego International (SAN) Ground Delay Programs airport volume 41 min 00:00 to 03:20 (3 hours 20 minutes)
San Francisco International (SFO) Ground Delay Programs runway construction 32 min 00:00 to 02:40 (2 hours 40 minutes)
Denver International (DEN) Ground Delay Programs thunderstorms 30 min 00:00 to 00:20 (20 minutes)

General arrival and departure delay information was issued at JFK, Boston Logan, Denver, Philadelphia International (PHL), San Francisco, and LaGuardia, covering a broad range of reasons including disabled aircraft on runways, wildlife presence, staffing issues, and wind-related weather impacts.

Top Causes Behind Delay Programmes

Wind was the leading cause driving the most programmes, recorded as the cause or part of the cause in 36

samples. It appeared across several major hubs, including LaGuardia, Boston Logan, and JFK. Airport volume was the next most frequent reason with 16 samples, affecting airports such as AHN, SAN, and others.

Other significant causes included wind-related weather phenomena (listed separately as WX:Wind) appearing 15 times, runway construction accounting for 9 programmes mostly affecting San Francisco, and miscellaneous other causes also appearing 9 times. Thunderstorms affected Denver during two separate delay programmes. Several ground stops were attributed to airspace volume or special conditions such as an air show at Washington Dulles (IAD) and a disabled aircraft on the runway at

JFK.

Delay Trends Compared to Previous and Average Days

Compared to the previous day, delay activity on September 26 decreased modestly, with four fewer programmes active and four fewer airports affected. Yesterday, 15 airports experienced 23 delay programmes, while today there were 11 airports and 20 programmes.

When compared to a 7-day average of 16 airports affected per day, today’s activity was below average in both the number of programmes and airports impacted. None of September 26’s delay figures represent the worst in the recent tracking window.

Methodology. travelandtournews.com samples the FAA’s National Airspace System status feed every 20 minutes throughout the US operating day and aggregates the

result. This report is built from 69 samples taken between 00:00 and 22:40 UTC on 2026-09-26. Durations are the observed window between the first and last sample in which a programme was in force, so a programme’s true length may be slightly longer than shown. Ground stops, ground delay programmes, airport closures and general delays are all published by the FAA in real time; the daily aggregation is ours.