DOMES

Multiple Sizes and Combinations

Building a geometric dome has never been such an ease

5 Different sizes to choose from

T-Domes build mutiple sizes for numerous purposes. We specialise in steel and steel structures. Our structures are designed and built to last long and do not require the expansive labour, material and time cost of regular constructions.

The Domes offer a quick set up for a safe shelter.

The Domes come with marked bars, accessories, essential tool list, quick frame setup video and a complete instruction manual. With help of a small team, domes can be set up in any location without a hassle. Depending on the site, parts can be packaged in a large wooden box or individually.

Our geodesic domes upgrades suitable for private and commercial use.

Glamping sits, private/public events, restaurants, shops, etc

Image a concept and we can build it for you.

Essential Upgrades

Door Frame

Round Windows

Solar Fan

Skylight

Curtains

Insulation Liner

Wood Stove

From a pure engineering standpoint, geodesic domes are superior to traditional square homes. Geodesic domes are the only man made structure that gets proportionally stronger as size increases. They are lighter, require fewer materials, are more efficient, are structurally more sound, and are more cost effective.

Domes are a true example of “doing more with less.” A dome encloses the largest volume of interior space with the least amount of surface area, thus saving on materials and cost. Since a dome is free-standing, air and energy circulate without obstruction, enabling natural heating and cooling.

The Geodesic dome can be easily removed and located in a different location. The ability of moving a home or living space is huge. It also counts as a temporary structure and helps avoid getting into permits regarding permanent structures.

Domes depending on their size and configuration can take from 3 hours to 1 day to dissemble.

The dome is energy efficient for many reasons: Its decreased surface area requires less building materials. Exposure to cold in the winter and heat in the summer is decreased because, being spherical, there is the least surface area per unity of volume per structure.

The ambient airflow inside a geodesic dome is continuous, with no stagnant corners, requiring less energy to circulate air and maintain even temperatures. The energy required to heat and cool a dome is approximately 30% less than a conventional building. Domes also have a high volume-to-surface-area ratio, requiring less building materials to enclose more space.