London to New York City

5570 km (3461 miles)

Straight-line distance between London, GB and New York City, US. This is the shortest distance between the two cities as the crow flies.

Route Overview

Direct path from London to New York City

Loading map...

Travel Information

Flight Time
~6h 11m
Driving Time
~2d 21h
Walking Time
~46d 10h

Interesting Facts

✈️

Flight Path

Commercial flights may fly 10-20% farther due to air traffic and jet streams.

🌍

Great Circle Distance

This 5570 km distance follows the shortest path on Earth's surface.

🌎

Earth Comparison

This distance is 13.9% of Earth's circumference.

Note about travel times:

These are approximate estimates based on straight-line distance. Actual travel times will vary significantly based on routes, traffic, weather, connections, and other factors.

Distance Details

Kilometers: 5570 km
Miles: 3461 mi
Nautical Miles: 3008 nmi

London

Country: GB
Population: 8,961,989
Coordinates: °, °

New York City

Country: US
Population: 8,804,190
Coordinates: °, °

Calculate More Distances

Explore distances from London to other cities, or calculate any route worldwide.

About This Distance Calculation

The distance between London and New York City is calculated using the Haversine formula, which determines the great-circle distance between two points on a sphere given their latitude and longitude coordinates. This represents the shortest distance over the earth's surface, giving an "as-the-crow-flies" distance of approximately 5570 kilometers (3461 miles).

This calculation assumes the Earth is a perfect sphere (it's actually slightly flattened at the poles), but the Haversine formula is accurate to within 0.5% for distances between most points on Earth. The coordinates used are:

  • London: °N, °W
  • New York City: °N, °W

Keep in mind that actual travel distances by car, train, or ship will be longer due to the need to follow roads, railways, shipping routes, and navigate around geographical obstacles. Flight paths may also differ from the great circle route due to air traffic control requirements, weather conditions, and airline-specific routing policies.