Benefits and Construction of the Geodesic Dome

The Geodesic dome's robust structure allows for any occupant under the dome to be secure from any sort of external elements such as wind and rain. The dome's unique structure allows for it to increase its strength as the structure increases in size as its main strength is dependant on its structural supports.

Geodesic domes allow for a relatively easy way to assemble which can be completed in a short amount of time. These domes being connected as one structure can also be easily moved from site to site.

Geodesic domes can be assembled using predominantly recycled materials such as timbers and steel, reducing the amount of negative impacts on the environment. The domes when used as a form of housing can be significantly energy efficient due to the insulating properties of its components.

The most basic geodesic dome design consists of an icosahedron with 20 faces that are equilateral triangles, the more triangles the larger the dome, resulting in a stronger structure. The rods or struts that build up the frame of the dome can be made with metals or timbers depending on the lengths. Steel is commonly used in making the areas that connect to the struts/ rods.

Once the frame of the dome has been assembled, the triangular spaces can be covered using materials such as timber, plastic, concrete or plasters.

stevenbrace.co.uk