The Kaaba Cube: Multilayered Sacred Geometry and Structural Expansion

Book 198Book Structure & ContentsPart OneThe Kaaba Cube: Multilayered Sacred Geometry and Structural Expansion

The Kaaba is examined as a sacred cube whose form points beyond a historical building to ancient geometry, measured proportions, layered cubic expansion, and unrevealed properties.Through the expanded cube, the sequence 1–9–8 appears — the number 198, revealed in the Book as the number of the Trinity: the Almighty, the Universe, and Eternity.

The Cube Before Islam

The Kaaba, the holy cube in Mecca, existed before the emergence of Islam. It is therefore not presented here as the origin of the sacred cube, but as its visible historical witness — pointing to a deeper geometry also reflected in the seven lampstands.

The history of the Kaaba does not preserve the original parameters of its walls. The current dimensions correspond to the fourth reconstruction made by the Quraysh. According to historical records, its sides measure:

14.8
10
14.2
9.15

Numerical Keys in the Reconstruction

If the first three wall measurements are reduced to their digital roots by adding the digits of their written values and ignoring the decimal point, we obtain:

14.8 → 1 + 4 + 8 = 13 → 1 + 3 = 4
10 → 1 + 0 = 1
14.2 → 1 + 4 + 2 = 7

These reductions produce the sequence 4–1–7, one of the three main keys.

Next, we consider the sum of all four sides:

14.8 + 10 + 14.2 + 9.15 = 48.15

Reducing the digits of this total:

4 + 8 + 1 + 5 = 18 → 1 + 8 = 9

This gives the central value 9.

If we instead sum the first three sides before reduction:

14.8 + 10 + 14.2 = 39

The number 39 visibly contains the digits 3 and 9.

Now we examine the fourth side independently:

9.15 → 9 + 1 + 5 = 15 → 1 + 5 = 6

Taken together, these reductions yield the sequence 3–6–9, another fundamental numerical key within the system.

We may also reduce each wall individually:

14.8 → 4
10 → 1
14.2 → 7
9.15 → 6

Summing these reduced values:

4 + 1 + 7 + 6 = 18 → 1 + 8 = 9

The repeated return to 9 is not accidental in this system. It points to 9 as the central and governing number — the “queen of numbers.”

At the same time, the present proportions correspond to the Quraysh reconstruction. The ideal form explored below is the equilateral cube — a cube whose sides are equal and whose geometry can be examined from different perspectives.

Equilateral cube diagram with labeled sides used to illustrate geometric structure in the Kaaba Cube analysis.
Figure 1. An equilateral cube viewed from multiple perspectives reveals both outer and inner face structures simultaneously.

The Equilateral Cube and Perspective

A constructed cube appears equilateral.
But an exact geometric drawing of an equilateral cube does not visually seem equilateral from every perspective.

Imagine the cube made of transparent glass.

If you look at Face 1 in the first figure, you see the outer faces of the cube labeled 1, 4, and 5. From this perspective, the cube is viewed from above.

If you look at Face 2, you see the inner faces labeled 2, 3, and 6, which corresponds to viewing the cube from below.

In this way, all six faces of the cube become visible — both the outer and the inner surfaces.

Neither perspective should be treated as the only correct one. The same cube can be read from above or from below, and both views reveal part of the whole structure.

Geometric diagram of eight equilateral cubes arranged to form a central Rub al-Hizb octagram.
Figure 2. Eight equilateral cubes arranged in structural unity. At their intersection, an eight-pointed star (Rub al-Hizb) emerges from the geometry.

Layered Cube Geometry and the Eight-Pointed Star

If you examine any section of Figure 2, you will recognize the same cubic structure shown in Figure 1.

The cube can also be observed in a vertical orientation, demonstrating that its geometry remains invariant under rotation.

In the center of the figure, you can see an eight-pointed star with a sun sign inside it. In Islam it is called Rub-al-Hizb.

Figures 3 and 4 consist of more complex configurations built from the same cube introduced in Figure 1. Despite their increased structural density, the foundational geometric unit remains unchanged.

These constructions can be reproduced from different perspectives, revealing that the geometry does not depend on a single privileged viewpoint.

Complex cubic configurations built from the same equilateral cube, demonstrating structural expansion from a single geometric unit.
Figures 3 and 4 show increasingly complex configurations constructed from the same equilateral cube introduced in Figure 1.
Despite greater structural density, the foundational geometric unit remains unchanged.

The static figures above show how increasingly complex geometric configurations arise as the same cubic structure is multiplied, layered, and aligned in space.

The following Animation 1 shows this process dynamically: the cubic structure is repeated and layered step by step until a composite, multilayered form appears.

Complex geometric structure generated through layered superposition of equilateral cubes.
Animation 1. Step-by-step superposition of identical cubes generating the layered composite geometry.

Geometric Expansion of the Cube Structure

Animation 2 demonstrates the three levels of cubic expansion — one cube, twenty-seven cubes, and one hundred twenty-five cubes. It shows how the internal star structures multiply and how the sequence 1–9–8 emerges when these numbers are reduced to their digital roots.

Each structural unit of the small cube contains nine eight-pointed stars. These nine stars form a complete micro-cycle — the smallest self-contained structural pattern within the system.

The cube itself unfolds this cycle in three-dimensional space. Six cycles correspond to the six outer faces of the cube, while six additional cycles are arranged within the internal structure of the cube.

In total, the cube contains twelve cycles, each composed of nine eight-pointed stars.

12 × 9 = 108 stars

Three-dimensional geometric cube structure composed of repeating eight-pointed star patterns forming a layered expansion of 108 stars.
Three-dimensional cube structure formed by repeating eight-pointed star units.
Animated geometric expansion of cube structure from 1 to 27 to 125 units showing emergence of 1–9–8 sequence.
Animation 2 illustrating geometric expansion of the cube and the resulting digital sequence 1–9–8.

Three Levels of Cubic Expansion: 1, 27, and 125

The geometry does not remain at a single cube. It expands through three levels:

  • 1 cube
  • 27 cubes
  • 125 cubes

These three levels show how the same cubic form grows from one cube into 27 cubes and then into 125 cubes.

Digital roots:

1 → 1
27 → 2 + 7 = 9
125 → 1 + 2 + 5 = 8

This produces the sequence:

1 – 9 – 8

The Meaning of 1–9–8 (198)

In the revealed numerical system of the Book, the sequence 1–9–8, or 198, is understood as the number of the Trinity:

1 — the Almighty
9 — the Universe
8 — Eternity

The Unrevealed Properties of the Cube

Viewed through the geometry presented here, the Kaaba cube becomes more than a historical building or symbolic form. The cube unfolds as a layered model of order whose deeper properties have not yet been fully revealed.

The least this cube can give humanity is free energy from the ether. Its deeper properties, however, have remained unrevealed until now and still require understanding.

Frequently Asked Questions – Kaaba Cube: Multilayered Sacred Geometry and Structural Expansion
Why is the Kaaba examined as a sacred cube?

The Kaaba is examined as a sacred cube because its form, recorded proportions, and geometric expansion are connected in this chapter with numerical keys, the eight-pointed star, and the sequence 1–9–8. The chapter does not treat the Kaaba only as a historical building, but as a visible witness to a deeper sacred geometry.

Was the Kaaba originally an equilateral cube?

The present dimensions of the Kaaba correspond to later reconstruction phases. This chapter examines the ideal sacred cube as an equilateral form and compares that form with the numerical keys found in the recorded wall measurements.

What is a digital root?

A digital root is obtained by adding the digits of a number until a single digit remains. In this chapter, digital roots are used to show how the Kaaba measurements lead to the keys 4–1–7, 3–6–9, and finally 1–9–8.

Why is the number 9 important in the Kaaba cube analysis?

The number 9 appears repeatedly when the measurements and cube expansions are reduced to digital roots. In the numerical system of the Book, 9 is treated as a central and governing number — the “queen of numbers.”

How does the sequence 1–9–8 (198) emerge?

The sequence 1–9–8 emerges from three levels of cubic expansion: 1 cube, 27 cubes, and 125 cubes. Reduced to digital roots, these become 1, 9, and 8.

This video starts at the section where the Kaaba cube, sacred geometry, numerical keys, and the sequence 1–9–8 are discussed.

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