Skip to content

Welcome to Ekokoy Domes!

Are you ready to explore an impressive structure? Here at Ekokoy Domes, we invite you to embark on a unique experience. Inspired by the natural cycles of our planet, each structure we build is designed with an eco-friendly approach in mind.

Buy Godesic Dome Connectors

At the heart of constructing a unique and sturdy structure lies our godesic dome connectors. Specialized solutions like 1V connectors and starplates offer you the opportunity to build a stable and flexible structure. With everything you need to bring your envisioned projects to life, you’re now equipped for success.

Explore our Ready Shop

Start browsing our Ready Shop now to discover our products! With our connectors designed for easy assembly, practicality, and durability, you can construct buildings without limits. With our products just a click away, you’re at the right place to kickstart your projects.

Welcome to Ekokoy Domes, start building and turning your dreams into reality!

Icosahedron: A Perfect Math

Exploring the Perfect Mathematics of the Icosahedron

In the realm of geometry, certain shapes hold a mystical allure, captivating minds with their perfect symmetry and mathematical elegance. Among these, the icosahedron stands out as a beacon of perfection, its twenty equilateral triangular faces forming a harmonious structure that transcends the boundaries of imagination.

Derived from the Greek words “eikosi” (twenty) and “hedra” (seat), the icosahedron embodies the essence of mathematical beauty. With each face, vertex, and edge meticulously aligned, it represents a geometric masterpiece that has fascinated scholars, artists, and architects for centuries.

The allure of the icosahedron lies not only in its aesthetic appeal but also in its mathematical properties. As one of the five Platonic solids, it possesses inherent symmetry and regularity, making it a cornerstone of geometric study. From its precise angles to its symmetrical arrangement of vertices, every aspect of the icosahedron reflects the elegance of pure mathematics.

But the significance of the icosahedron extends beyond theoretical geometry. Its symmetrical structure finds practical applications in various fields, from architecture to molecular chemistry. In architecture, the icosahedral form inspires innovative designs, such as geodesic domes, where interconnected triangles create sturdy and spacious enclosures. In molecular chemistry, molecules like fullerene adopt the shape of the icosahedron, showcasing the versatility of this geometric archetype.

At Ekokoy Domes, we draw inspiration from the perfect mathematics of the icosahedron to create our innovative dome connectors. By harnessing the principles of this geometric marvel, we engineer connectors that embody strength, efficiency, and aesthetic appeal. Each connector serves as a testament to the timeless wisdom found within the symmetrical beauty of the icosahedron.

As we delve deeper into the mysteries of geometry, let us marvel at the perfect mathematics of the icosahedron. From its ancient origins to its modern applications, this geometric wonder continues to inspire awe and fascination, serving as a testament to the enduring power of mathematical elegance.

Sacred Geometry

Geodesic Dome: Philosophy, Fuller, and Sacred Geometry

Geometry has been an ancient science used throughout human history to understand the fundamental structure of buildings and the universe. Sacred geometry expresses mystical and symbolic beliefs concerning the mathematical order of the universe. These concepts have led to the unique structural design known as the geodesic dome philosophy, extensively researched and developed by architect, inventor, and philosopher R. Buckminster Fuller.

Geodesic domes are recognized for their flawless geometric designs. These structures are created by the coming together of curved surfaces and rely on the principle of self-locking equilateral triangles. Fuller emphasized the design and philosophy of geodesic domes as the “most efficient structures in nature” and “integrated structures economically” in the field of architecture.

Sacred geometry believes in the fundamental structure of the universe being based on perfect geometric shapes, especially hexagons, triangles, circles, and other geometric forms. Fuller, using these basic principles of sacred geometry, explored the advantages of geodesic domes, such as high durability, low material usage, and the creation of large openings. These structures serve as examples of sustainable and environmentally friendly architecture.

Fuller’s work emphasizes that geodesic domes are not only structural marvels but also symbols for humanity and the planet. Fuller perceives these structures not only as physical creations but also as agents for transformation, with the idea that “Spaceship Earth” can be a fair and livable place for all.

Sacred geometry lies at the foundation of the mathematical and geometric order of nature, and geodesic domes bring these principles to bear, harmonizing structural integrity, economy, and aesthetic balance. These structures are not just architectural wonders but also symbols of humanity’s quest for an environmentally friendly and sustainable future.

Richard Buckminister Fuller

Buckminster Fuller is considered one of the most influential inventors of the 20th century. He is a figure known for his combination of architecture, engineering, design and futuristic thinking. Fuller