Flight profile · Republic Airways

YX4589

New York (LGA) to Norfolk (ORF) · scheduled 9:29 PM – 10:38 PM

FlyerIntel does not track flights in the air. This page describes how YX4589 has historically performed, which is a different and more useful question when you are deciding what to book. For today’s status, check with Republic Airways.

How YX4589 performs

691 operations, 2023-11-05 to 2026-06-30.

On-time arrivals
74.1%
475 of 641 completed
Cancellation rate
7.24%
50 cancelled
Median arrival delay
-9 min
Average 9.4 min
Severe delays
12.2%
Arrived 60+ minutes late
Delay when late
73 min
Average, when 15+ min late
Departure punctuality
73.5%
Left the gate on time

YX4589 arrived on time 74.1% of the time, against 81.7% for all LGAORF flights — this specific departure is 7.6 percentage points worse than the route as a whole. Against Republic Airways’s own flights on this route it is 5.9 points worse.

Source: US DOT Bureau of Transportation Statistics · 691 operations between 2023-11-05 to 2026-06-30

Against the rest of the route

On timeCancelledMedian delaySevereFlights
YX458974.1%7.24%-9 min12.2%691
Republic Airways on LGAORF80.0%5.28%-10 min7.3%3,373
All LGAORF flights81.7%4.79%-12 min6.8%4,676

Source: FlyerIntel analysis of US DOT BTS data · 2023-11-05 to 2026-06-30

Other routes YX4589 has flown

A flight number is a slot in a schedule, and carriers reassign it. These are the other city pairs this number served in the analysis period.

RouteOperatedFlightsOn time
JFKORF New York to Norfolk2024-11-092024-11-304
LGAXNA New York to Fayetteville/Springdale/Rogers2024-09-012024-09-011
XNALGA Fayetteville/Springdale/Rogers to New York2024-09-012024-09-011
CVGLGA Cincinnati / Covington to New York2024-08-302024-08-301
LGACVG New York to Cincinnati / Covington2024-08-302024-08-301
PHLGSP Philadelphia to Greenville/Greer/Spartanburg2024-08-102024-08-243
BNACLT Nashville to Charlotte2024-07-072024-07-071
DCAJAX Washington to Jacksonville2024-07-042024-07-041
JAXDCA Jacksonville to Washington2024-07-042024-07-041
DAYLGA Dayton to New York2024-05-062024-06-0430
PHLDAY Philadelphia to Dayton2024-04-062024-05-045
PHLLGA Philadelphia to New York2024-03-092024-03-304
RDUJFK Raleigh–Durham to New York2023-12-232024-01-063
MYRPHL Myrtle Beach to Philadelphia2023-10-292023-10-291
PHLMYR Philadelphia to Myrtle Beach2023-10-292023-10-291
BUFDCA Buffalo to Washington2023-08-052023-08-122
DCABUF Washington to Buffalo2023-08-052023-08-122
LGARDU New York to Raleigh–Durham2023-07-032023-07-042

Because the same number has served different journeys, the statistics above describe only the route YX4589 currently operates. Blending them would produce an average of two different flights.

When it goes wrong

The average describes a usual day. This is the day that ruins a connection.

One arrival in ten is worse than

67 min late

against a median of 9 min early

Arrived an hour or more late12.2%
Typical delay when late73 min
Cancelled7.24%
Landed somewhere else0.00%

YX4589 is a flight whose average understates its risk: a typical day arrives 9 min early, but the worst tenth of days are 76 minutes worse than that. If the day has something unmissable in it, the median is the wrong number to plan against.

Percentiles over 691 operations. Cancelled and diverted flights have no arrival time and are counted separately rather than as very late arrivals.

Why YX4589 runs late

Where US DOT attributed the delay minutes on this flight.

Share of the delay minutes US DOT attributed to each cause for YX4589 on LGA → ORF. A single late flight can carry more than one cause, and only delays of fifteen minutes or more are attributed at all.

Data and methodology

Calculated by FlyerIntel from 691 records of YX4589 operating LGAORF, published by the US DOT Bureau of Transportation Statistics. A flight counts as delayed when it arrives 15 or more minutes after schedule. Cancelled and diverted flights are excluded from the on-time rate and reported separately. Flight numbers are resolved as carrier plus number plus route, because the same number serves different routes over time.

Full methodology · Report a problem

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