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Use Great Circle Mapper to calculate the distance and flight duration between all airports worldwide and draw the flight route on a map.
The Great Circle Mapper displays maps and computes distances along a geodesic path. It includes an extensive, searchable database of airports and other locations.
156 156.3 ° (se) 160 160.3 ° (s) 1,040 nm: 2:13: mia (25°47'43"n 80°17'24"w) bog (4°42'11"n 74°08'18"w) 163 163.3 ° (s) 170 170.4 ° (s) 1,309 nm: 2:47: bog (4°42'11"n 74°08'18"w) mia (25°47'43"n 80°17'24"w) 345 344.9 ° (n) 353 353.2 ° (n) 1,309 nm: 2:47: mia (25°47'43"n 80°17'24"w) gig (22°48'36"s 43°15'02"w) 140 140.1 ° (se ...
Great Circle Map displays the shortest route between airports and calculates the distance. It draws geodesic flight paths on top of Google maps, so you can create your own route map.
Great Circle Mapper, also known as “GCMap” and available at gcmap.com, has been a beloved tool among dedicated aviation geeks for quite some time. More recently, it has become even more valuable for Canadians with Aeroplan’s implementation of distance-based reward pricing.
Google Maps is the best way to explore and navigate the world. You can search for places, get directions, see traffic, satellite and street views, and more. Whether you need to find a restaurant, a hotel, a landmark, or a friend, Google Maps can help you get there quickly and easily.
The speed of sound varies as a function of type of gas (dry air is different from humid air!), pressure, and temperature, so there isn't a straightforward conversion of Mach to distance/time. The Great Circle Mapper assumes the speed of sound is 574 knots (about 660.5 miles per hour or 1063 kilometers per hour), which is a close approximation ...
