Back to Basics: 7 Homes Built With Rammed Earth - Architizer Journal (2024)

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Think back to when you were a kid on summer vacation, building sand castles on the beach. You filled your bucket with sand, tamping it down tightly with your plastic shovel, turned it over and carefully lifted the bucket, revealing a sandy tower in its shape. In essence, you built a rammed earth structure.

This technique, compacting successive layers of soil into temporary formworks, has been used in the construction of houses for millennia, and for good reason. Rammed earth walls, built with materials excavated on site, are durable, affordable and, most importantly, all natural. Today, as homeowners have become increasingly concerned with the impact of their houses on the environment, rammed earth has been making a welcome return. In this age of mind-bending parametric models and 3D printed structures, these simply built homes help bring architecture back down to earth.

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© earthLAB Studio

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© earthLAB Studio

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© earthLAB Studio

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© earthLAB Studio

Earth House by earthLAB Studio, Mérida, Mexico

The Earth House is a masterful juxtaposition of contemporary design and traditional Mexican construction. At the heart of the white-stuccoed exterior, like ancient ruins in the center of a modern city, lies a living space with rammed earth walls and a vaulted brick ceiling. The warm tones and natural textures of this space contrast with the minimalist décor of the adjacent rooms. These disparate interiors are unified by a tile floor, featuring a traditional floral motif, which runs throughout the house.

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© Tatiana Bilbao Estudio

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© Tatiana Bilbao Estudio

Casa Ajijic by Tatiana Bilbao Estudio, Guadalajara, Mexico

Natural variations in the soil give the exterior of this rammed earth summer home a gradient of colors, ranging from soft pinks to muted beiges. These earthen walls insulate the home from cold northern winds while, to the south, large expanses of glazing open them up to a view of the lake. Overhead, the eaves of concrete butterfly roofs shade patios and glazing from the harsh southern sun.

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© Cherem Arquitectos

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© Cherem Arquitectos

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© Cherem Arquitectos

Casa Candelaria by Cherem Arquitectos, San Miguel de Allende, Mexico

Casa Candelaria is a guest house modeled after traditional Mexican haciendas, with four rammed earth volumes organized around a central patio. The use of rammed earth, a naturally abundant and thermally superior material, resulted in significant savings, both in construction costs and energy bills. The entire structure, from the façade’s parota wood shutters to the exposed ironwork between volumes, is an ode to simple and honest construction methods.

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© Wendell Burnette Architects

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© Wendell Burnette Architects

Desert Courtyard House by Wendell Burnette Architects, Scottsdale, Ariz., United States

Built in the Arizona desert, among mountains and granite boulders, Desert Courtyard House appears like a massive, fissured stone in the landscape. The exterior, constructed with desert soil and partially-clad in weathered steel, belies the glass-walled courtyard at the home’s core. This balance between architecture and landscape continues on the interior, where glass floors seem to float above the desert terrain.

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© Neil Architecture

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© Neil Architecture

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© Neil Architecture

The Avenue by Neil Architecture, Blackburn, Australia

Tasked with building two houses on one asymmetric site, the architects of Neil Architecture devised a brilliant solution: two interlocking volumes, uniformly clad in timber, divided by a rammed earth party wall. The earthen wall, tall and thick, provides residents on both sides with visual and auditory privacy, while clearly defining the boundary of each home. Its natural surface complements both the bushland site and the indigenous, Yellow Stringybark cladding.

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© ASP Arquitectura Sergio Portillo

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© ASP Arquitectura Sergio Portillo

Cumbres House by ASP Arquitectura Sergio Portillo, Mexico City, Mexico

Cumbres House differs from the other homes in this collection in that it was built with a material known as compressed earth blocks, or CEBs. Similar to rammed earth construction but requiring much less formwork, CEBs are individually-formed blocks of compacted soil, stacked to form the exterior walls. These block walls were then rendered in stucco, mixed with the remaining soil, giving the home a consistent, earthy finish.

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© D U S T

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© D U S T

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© D U S T

Tucson Mountain Retreat by D U S T, Tucson, Ariz., United States

Tucson Mountain Retreat, situated in Arizona’s Sonoran Desert, proves that architecture can be immersed in nature without devastating the environment. Built with desert soil, the rammed earth volumes emerge from the hillside like an outcropping of rocks. The thermal mass of the walls, openings oriented to maximize natural ventilation, and a 30,000-gallon rainwater harvesting system combine to create a habitable and sustainable desert dwelling. The promenade to the home, along a 400-foot dirt trail and up a set of staggered concrete stairs, emphasizes the mountainous landscape.

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Back to Basics: 7 Homes Built With Rammed Earth - Architizer Journal (2024)

FAQs

What are the disadvantages of rammed earth homes? ›

Rammed earth is made from natural materials – sand, clay, silt, and gravel. Although the materials are highly durable and strong, they are not waterproof and, as a result, become weak if exposed to water for a long time. This can cause structural damage to your rammed earth wall.

How much does it cost to build a rammed earth house? ›

The price range for the full build (to completion) on average can fall between $4,000 per m2 to $4,500 per m2. The final cost per m2 for a high quality fit-and-finish custom rammed earth home can vary greatly. Depending on size, design, finishes etc.

What is the lifespan of a rammed earth wall? ›

The estimated lifespan of the freestanding unstabilized rammed earth wall with minimal protection from natural climatic conditions in a temperate climate is between 37 and 75 years before repairs are required to preserve structural integrity.

What is rammed earth architecture quizlet? ›

Rammed earth is a mixture of clay, silt, sand, and water that is compressed and dried within forms as a wall construction.

Is rammed earth stronger than concrete? ›

Rammed earth walls gain strength through compression and compaction during the construction process. While concrete is known for its tensile strength, rammed earth's compression strength can be comparable or even superior, depending on factors such as the mix design, compaction technique, and soil properties used.

Are rammed earth walls load bearing? ›

Rammed earth walls are excellent for load bearing, which reduces the need for structural supports. This can help reduce building costs and provide architectural possibilities that other materials can't. Standard 300mm Olnee rammed earth walls can be used as load bearing in constructions up to four stories high!

Can rammed earth walls get wet? ›

All types of rammed earth walls are porous by nature and need protection from driving rain and long-term exposure to moisture. Maintain water protection to the tops and bottoms of walls.

Can rammed earth withstand rain? ›

Typically, the rammed earth technique works best in climates with high humidity and relatively moderate temperatures. In colder climates, rammed earth walls may need additional insulators, while in locations with high rainfall, they need additional protection against rain.

Does rammed earth need foundation? ›

The rammed earth wall is supported on a pier and beam foundation of reinforced concrete.

What is the difference between rammed earth and adobe construction? ›

Rammed earth walls that are placed with forms are similar to the construction using adobe bricks; however, the concept is totally different. Rammed earth walls, in comparison to adobe bricks, are built in more damp, humid climates where building adobe bricks are practically impossible.

Who created rammed earth construction? ›

Rammed Earth is one of the oldest forms of construction. It dates back to the time of semi-nomadic man in the Middle East, predating mud brick and was used in the construction of the Great Wall of China and other monumental structures of ancient times.

What climate is best for rammed earth? ›

Typically, the rammed earth technique works best in climates with high humidity and relatively moderate temperatures. In colder climates, rammed earth walls may need additional insulators, while in locations with high rainfall, they need additional protection against rain.

What is the maximum span of rammed earth? ›

Maximum span between control/articulation joints is 4500mm. See Diagram below for information regarding control joint detail. Note. The above contents pertain to walls built by Rammed Earth Enterprises Pty Ltd.

Does rammed earth need a concrete foundation? ›

Whether or not rammed earth construction needs a concrete foundation depends on several factors, including the local soil conditions, climate, and intended use of the structure. In some cases, rammed earth buildings may require a concrete or stone foundation to provide stability and prevent moisture infiltration.

What are the cons of earth homes? ›

Cost: Building an underground home can be quite expensive, and the cost of maintenance and repairs can be higher than for a traditional home. Limited light: Many underground homes have limited natural light, which can make the interior feel dark and dingy.

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