← Launch Interactive 3D GlobeULTRA-LONG-HAUL RANKING · WGS 84 · 25 Corridors

World's Longest Non-Stop & Great Circle Flights

Ranked Great Circle flight corridors from our global hub network—comparing true spherical distance (km, miles, nautical miles), cruising duration, polar apex latitude, and distance saved versus a constant-bearing Rhumb Line.

Top 25 longest Great Circle flight corridors ranked by spherical distance
Corridor	Great Circle	Est. Duration	Rhumb Savings	Peak Latitude
#1SIN → JFK return Singapore → New York	15,341 km8,283 NM	17h 40m	+3,160 km (+20.6%)	87.4°NPolar / Arctic Great Circle
#2SIN → EWR return Singapore → Newark	15,336 km8,281 NM	17h 38m	+3,200 km (+20.9%)	87.9°NPolar / Arctic Great Circle
#3LHR → PER return London → Perth	14,508 km7,834 NM	14h 31m	+260 km (+1.8%)	51.5°NMid-Latitude Temperate Geodesic
#4LAX → SIN return Los Angeles → Singapore	14,102 km7,614 NM	18h 26m	+690 km (+4.9%)	45.7°NMid-Latitude Temperate Geodesic
#5DFW → SYD return Dallas-Fort Worth → Sydney	13,808 km7,456 NM	18h 20m	+56 km (+0.4%)	33.9°SMid-Latitude Temperate Geodesic
#6SFO → SIN return San Francisco → Singapore	13,582 km7,333 NM	17h 49m	+710 km (+5.2%)	47.4°NMid-Latitude Temperate Geodesic
#7DXB → LAX return Dubai → Los Angeles	13,400 km7,235 NM	15h 38m	+3,403 km (+25.4%)	84.5°NPolar / Arctic Great Circle
#8DOH → LAX return Doha → Los Angeles	13,348 km7,207 NM	15h 43m	+3,092 km (+23.2%)	81.3°NPolar / Arctic Great Circle
#9DXB → SFO return Dubai → San Francisco	13,020 km7,030 NM	15h 3m	+3,842 km (+29.5%)	88.2°NPolar / Arctic Great Circle
#10DXB → DFW return Dubai → Dallas-Fort Worth	12,919 km6,976 NM	15h 51m	+1,898 km (+14.7%)	66.9°NPolar / Arctic Great Circle
#11MEL → LAX return Melbourne → Los Angeles	12,758 km6,889 NM	12h 59m	+46 km (+0.4%)	37.7°SMid-Latitude Temperate Geodesic
#12YVR → SYD return Vancouver → Sydney	12,501 km6,750 NM	16h 33m	+79 km (+0.6%)	49.2°NMid-Latitude Temperate Geodesic
#13BOM → YYZ return Mumbai → Toronto	12,494 km6,746 NM	15h 11m	+2,046 km (+16.4%)	70.0°NPolar / Arctic Great Circle
#14SFO → DEL return San Francisco → New Delhi	12,381 km6,685 NM	14h 56m	+2,578 km (+20.8%)	75.6°NPolar / Arctic Great Circle
#15DOH → SYD return Doha → Sydney	12,374 km6,681 NM	12h 39m	+45 km (+0.4%)	33.9°SMid-Latitude Temperate Geodesic
#16LAX → SYD return Los Angeles → Sydney	12,061 km6,512 NM	15h 55m	+32 km (+0.3%)	33.9°SMid-Latitude Temperate Geodesic
#17DXB → SYD return Dubai → Sydney	12,044 km6,503 NM	12h 20m	+40 km (+0.3%)	33.9°SMid-Latitude Temperate Geodesic
#18SFO → SYD return San Francisco → Sydney	11,950 km6,452 NM	15h 46m	+33 km (+0.3%)	37.6°NMid-Latitude Temperate Geodesic
#19LAX → HKG return Los Angeles → Hong Kong	11,664 km6,298 NM	15h 7m	+890 km (+7.6%)	51.1°NMid-Latitude Temperate Geodesic
#20SFO → HKG return San Francisco → Hong Kong	11,128 km6,009 NM	14h 30m	+852 km (+7.7%)	51.7°NMid-Latitude Temperate Geodesic
#21YYZ → DXB return Toronto → Dubai	11,082 km5,984 NM	11h 43m	+1,359 km (+12.3%)	62.0°NHigh-Latitude Sub-Polar Arc
#22DXB → JFK return Dubai → New York	11,002 km5,940 NM	13h 55m	+1,103 km (+10.0%)	57.4°NHigh-Latitude Sub-Polar Arc
#23LAX → TPE return Los Angeles → Taipei	10,922 km5,898 NM	14h 16m	+748 km (+6.8%)	49.1°NMid-Latitude Temperate Geodesic
#24LHR → SIN return London → Singapore	10,883 km5,877 NM	11h 3m	+466 km (+4.3%)	52.5°NHigh-Latitude Sub-Polar Arc
#25JFK → HND return New York → Tokyo	10,875 km5,872 NM	13h 28m	+1,943 km (+17.9%)	69.9°NPolar / Arctic Great Circle

Methodology & Key Questions

What is the longest commercial flight corridor on the list?

Singapore (SIN) to New York (JFK / EWR) tops commercial operations at roughly 15,345 km (8,286 NM), requiring ultra-long-range widebodies and high-latitude oceanic tracks.

Why does a Great Circle path beat a straight line on a flat map?

Flat Mercator maps stretch high-latitude parallels horizontally. A constant-heading Rhumb Line wastes hundreds of kilometers on transoceanic arcs, while a Great Circle cuts closer to the pole along the shortest spherical surface path.

Why do outbound and return flight times differ on long-haul routes?

While the geometric Great Circle distance between two runways is identical in both directions, upper-level jet streams (typically flowing west-to-east at mid-latitudes) shorten eastbound flights and lengthen westbound crossings.