The dimensions and slope angle that possess the ramps are older than it really could have been. This is also valid for the second type of ramp. This avoids discussing issues related to actual measurements. The first type presents a complementary structural set consisting of two horizontal platforms: the first aimed to locate blocks as an intermediate place between the ramp and the level next to the same place later on that level or raise them by another parallel located ramp; and the second one as bracket to hold the ramps and platforms that protrude from the steps. Fundamental characteristic is the almost zero angle inclination: 3.9 degrees of slope with respect to the horizontal plane.
This is equivalent to working on almost completely horizontal surfaces. Read more here: Jim Nelson. It is obtained from randomly chosen dimensions. Gets an effective method to raise objects of any size from one level to another, using a system of ramps capable of varying their dimensions quickly by using more than one level as a support to conform to existing needs. This allows you to combine multiple sets with the objective of using them alternately to elevate the elements in complicated sections. This is exemplified in the figures. This quality comes high validity in the case of the construction of the Chambers and interior rooms and the highest levels of the pyramid. This first type would be essential in the construction of the upper part called PIRAMIDoN using for this multiple faces, for final finishing of surfaces, and to correct defects or finish details during the construction process; in the transportation of the jewels, symbols and other funerary pieces; and in the sealing of the cameras and padded road. The process of filling of steps above the highest, where supposedly they do not fit the length so reduced that they possess the edges of which have ramps, levels relative to the length would be vertically.