Where it all began

Rammed earth is an age old building method used thousands of years ago to construct some of the iconic structures of today the great wall of china was mostly build this way with unstabilized rammed earth we have gone one step better and use cement to stabilize the soil used in construction

The simplicity and cost effectiveness of this type of construction has many spin offs
  • cheap labuor unskilled
  • low material costs
  • enviromentally sound

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To Open a blog again and write down what we have been up to for the past two years seems like a daunting task but just feel we should document some of the work we have done Largest Rammed Earth Structure in South Africa Hoyo Hoyo Conference center  This building surprised the client from start to finish what was planned to be a convenience store turned into the most beautiful and eye catching buildings in the Acornhoek area close to Hoedspruit    We used  a mixture of face brick and rammed earth as well as some insitu concrete beams to span the eight meter  door the Rammed earth used here has tested in the region of 28MPA which is huge strength totally unnecessary but has given birth to a very hard durable building that will be maintenance free for many years to come Eight hundred meters under roof for  Two thousand per meter   Green Building at less than a quarter conventional cost The Rustic building gave space to do an unconventional floor 
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Rammed earth specifications and history

Rammed Earth (pisé) rammed earth walls are constructed by ramming a mixture of selected aggregates, including gravel, sand, silt and a small amount of clay, into place between flat panels called formwork. Traditional technology involved repeatedly ramming the end of a wooden pole into the earth mixture to compress it. Modern technology replaces the pole with a mechanical ram. Stabilised rammed earth is a variant of traditional rammed earth that adds a small amount of cement (typically between 5 and 10 per cent) to add strength and durability. Stabilised rammed earth walls need little added protection but are usually coated with a permeable sealer to increase the life of the material – this varies with circumstance and there are thousands of unstabilised rammed earth buildings around the world that have given good service over many centuries. Most of the energy used in the construction of rammed earth is in quarrying the raw material and transporting it to the site. Use of on-
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