From there it was easy to click on the points on the map and select to get the latitude and longitude for the airports, which I then used as input into your calculator. If this could be covered in the spherical time of 38.07 hrs the flight speed would need to be 43670/38.07 = 1147 mphįor the spherical calcs I found it easiest to enter the flights in with the airport symbols and save the web page with the tabular results as an html file, and then I used where I imported the html file which generated a nice map of the flights. GRU to JNB to SYD to SCL and back to GRU. Did an around the world in the southern hemisphere test. Walter, I had a lot of fun doing calculations with this today. Loc or Loc1 Latitude_Longitude or ID_Latitude_Longitude Loc2 Latitude_Longitude or ID_Latitude_Longitude Latitude/Longitude in usual formats, but separate deg, min and sec by * or ~ Leg LegDist in nautical miles, default is 500 TAS True Air Speed in knots, default is 470 FF Fuel Flow in units/h, default is 0 FOB Fuel On Board in units, default is 0 Rot Rotation angle of Globe, default is -225 Tilt Tilt of Globe, default is -25 Zoom Zoom of Globe, default is 0.95 Example url&loc=LSZH_N47~12~3.4_E8~12&FF=500&FOB=200000&Rot=10 You can specify the folloing URL Parameters to setup a specific state when calling this page: JavaScript Code of the App on this page.Which Model fits Reaity? using real Flight Data to rule out the Wrong Model.Distances on Globe and Flat Earth explanation of the Math involved.
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