Test the Atlantis Blueprint

You can test any ancient site against the Atlantis blueprint by taking its exact longitude and latitude and using the following steps. You can obtain current coordinates from any good library atlas.

For example, today Easter Island lies at 27:05S 109:20W, and Ur of the Chaldees lies at 30:56N 46:08E. But what were their latitudes and longitudes when the North Pole was over the Hudson Bay?





Step One – Determine the Longitude

First we find the Atlantis blueprint Giza Prime Meridian longitude.

There are two options:

1. For sites west of Giza add 31:08° (Giza’s distance from today’s Prime Meridian) to your chosen site’s longitude. For example, Easter Island is 109:20W + 31:08 = 140:28W of the Great Pyramid.

2. For sites east of Giza subtract 31:08°. Ur is 46:08E – 31:08 = 15:00E of the Great Pyramid.

Next we find the Atlantis blueprint latitude during the Hudson Bay Pole by calculating the distance in nautical miles. This step requires a little more math, so we’ve provided a calculator to assist you.





Step Two – Determine the Latitude

We know the North Pole was at 60N 83W, so all we have to do is calculate the distance from 60N 83W to our location (for example, Easter Island is at 27:05S 109:20W) and that will give us our latitude.

Distance Calculator

To calculate the distance in nautical miles (nm) between our two locations, we enter their latitudes and longitudes. By default, the first location is set to 60N 83W (the location of the North Pole before 9600 B.C.).

The second location could be, for example, 30:56N 46:08E (Ur of the Chaldees). You do not need to do the +/- 31.08° calculation from Step One. Just use the unadjusted coordinates.

Latitude and longitude can be entered in decimal degrees (DD.DD), degrees and decimal minutes (DD:MM.MM), or degrees, minutes and decimal seconds (DD:MM:SS.SS).

LATITUDE 1

 

LONGITUDE 1

 

LATITUDE 2

 

LONGITUDE 2

 

DISTANCE

 





Step Three – Converting Nautical Miles to Latitudes

Having obtained a number in nautical miles (nm) we can now convert it to a latitude. To be a candidate your site must be within 30nm of one of the following ’sacred latitudes’ (my term).

There are 60nm in each degree and 90° from the North Pole to the Equator for a total of 5,400nm. To check your site against sacred latitudes, find the number closest to your nautical miles in the following table:

2,063nm = Golden section from Equator to Pole or 55:37N
2,400nm = 50N
2,700nm = 45N
3,337nm = Golden section from Pole to Equator or 34:23N
3,600nm = 30N
4,126nm = Golden section from S. Pole to N. Pole or 21:14N
4,200nm = 20N
4,429nm = 10 times PHI converted to base 60 or 16:11N
4,500nm = 15N
4,800nm = 10N
5,100nm = 05N

5,400nm = 00, the Equator

5,700nm = 05S
6,000nm = 10S
6,300nm = 15S
6,371nm = 10 times PHI converted to base 60 or 16:11S
6,600nm = 20S
6,900nm = 25S
7,200nm = 30S





If your number is larger than the ideal numbers this means that your site is slightly further south than the closest latitude:

For example, Ur was 4,811nm from the Hudson Bay Pole.

4,800nm is 10N: Ur was 11° (4,811nm) south of 10N or 09:49N. Ur was at exactly 9:49N 15:00E using the Atlantis blueprint.

If your number is smaller than the ideal numbers this means that your site is slightly further north than the closest latitude:

For example, Easter Island was 5,371nm from the Hudson Bay Pole.

5,400nm is the Equator: Easter Island was 29° (5,400 – 5,371 = 29) north of the Equator. Easter Island was at 00:29N 140:28W using the Atlantis blueprint.

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