3D printing homes from raw earth

Tecla is a 3D printing technology that is specifically designed for home construction. The process starts with a digital design of the home, which is fed into a large 3D printer. The printer then uses a mixture of locally-sourced soil and water to create the walls of the home.

One of the key innovations of Tecla is its use of a continuous extrusion process. This process allows for the construction of structures that are not limited by the size of the 3D printer, as is the case with many other 3D printing technologies. Instead, the robotic arm can move freely around the construction site, extruding the material in a continuous process to create the structure.

 
— Net Zero Energy House by Klopf Architecture, Cupertino, CA

Tecla's Features

Tecla is a unique home with several features that set it apart from traditional homes.

Here are a few:

 

Curved walls: Tecla’s walls are curved, giving it a unique and modern look.

Multiple levels: Tecla is a multi-level home with several interconnected rooms and spaces.

Open floor plan: Tecla has an open floor plan that allows for maximum flexibility in its use.

Sustainable: Tecla was designed with sustainability in mind. It uses locally sourced materials, and its curved walls provide natural insulation, reducing the need for heating and cooling.

— Net Zero Energy House by Klopf Architecture, Cupertino, CA

This home is made of Structural Concrete Insulated Panels, and it produces its own power and water, while meeting seismic requirements. The winged roof contains cooling, water, and electrical systems.

Pasona H.Q. Tokyo by Kono Designs LLC, Tokyo, Japan

This nine-story office building features a double-skin green facade and 43,000 square feet of urban farming facilities with 200 types of fruits, vegetables, and rice that are harvested and served on-site. The main lobby also has a rice paddy and a broccoli field.

© Alchemy Architects

weeZero by Alchemy Architects, Moab, UT

This hovering box’s oxidized exterior blends into the surrounding desert landscape, while the bamboo interior provides an elegant escape. Water recycling, solar electric, and solar thermal collectors will make the house net zero.

Phipps Conservatory by Design Alliance Architects, Pittsburgh, PA

The education facility aims to be the first building to meet the Living Building Challenge (net-zero water, net zero energy), LEED Platinum, and Sustainable Sites Initiative certification. It features solar panels, geothermal wells, and a wind turbine, as well as passive cooling, heating, and lighting methods.

© WEDDLE & GILMORE

Phipps Conservatory by Design Alliance Architects, Pittsburgh, PA

The education facility aims to be the first building to meet the Living Building Challenge (net-zero water, net zero energy), LEED Platinum, and Sustainable Sites Initiative certification. It features solar panels, geothermal wells, and a wind turbine, as well as passive cooling, heating, and lighting methods.

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