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this house was built in 24 hours how thanks to modern technology happy score 3d printing the walls of this house were printed entirely on-site this is the world's first actually printed house with the advent of APIs core technology construction 3d printing opens a new round of evolution thanks to the innovative design of the printer APIs core technology consists of a mobile construction 3d printer and automatic mix and supply units which combine to make the construction printing process as much automated as possible and almost eliminate the human factor this equipment is unique and has no analogues in the world today a Peace Corps is compact dimensions high printing speed ease of transport and maximum automation of the system commissioning on-site takes no more than an hour with so many advantages the 3d printing technology easily accounted for competition with traditional methods of construction the testing was successful and the technology is ready for mass use time of printing amounted to 24 hours sue using new materials such as geopolymer concrete houses could be printed in both summer and winter in the printing process we used horizontal fiberglass reinforcements for the walls the quality of the printed wall surface allows to perform final finishing immediately which significantly reduces the cost of finishing works the roof of the printed house in accordance with the architectural project is flat such a roof can effectively withstand high snow loads and durability requirements its cost is comparable with steep roofs which are common for our country a peace corps construction 3d printing technology adapted for different methods of printed walls thermal insulation this project used loose dry insulating material on one part of the house and polyurethane filler composition on the other technology does not require fixtures and fills all voids in the space between the bearing wall and the outer concrete structure avoids the formation of cold bridges on the inside the printed house is no different from a regular concrete house it is also comfortable and reliable the house interior includes a hall a bathroom a living room and a compact functional kitchen with the most modern appliances the house size is 38 square metres construction costs amounted to 10,000 $134 which corresponds to approximately $275 per square metre and this in view of the shape complexity of the building prices include all works and materials for the construction of foundation roof exterior and interior finishing works installation of heat insulation of walls windows floors and ceilings a regular square house made using materials of an average price category would cost about two hundred twenty three dollars per square metre the use of APIs core construction 3d printer allows to save up to 70% on erecting buildings boxes compared to traditional material and labor-intensive construction methods the APIs core company and its partners are confident that this house was the first step which convinced the world that 3d technology on the market today is a reality a world-leading robotics company with unique patented technology for fully automated into wind 3d printing construction earth-based fast big robotics is on an unwavering mission the construction industry is an industry of custom and convention but it's one primed for change industrial 3d printing is at a tipping point it's ready to emerge from its niche status and become a viable alternative to the long-established processes in an increasing number of applications because the hadrian can print the complete structure from one position course-by-course using bricks and blocks or mean that it will compete strongly with the stand up panel and brick veneer type buildings that are traditional used in some areas the high output and short return on investment of these machines could see the hadrian X transitioning into the global marketplace the prototype hadrian 105 has successfully proven that the technology delivers what it promises to do demonstrating it can safely and accurately build a structure caused by course by delivering bricks along a 30 meter boom they automated bricklaying really involves bringing a lot of different technologies together to solve a lot of different problems the workflow with the traditional bricklayer is he turns up at a slab and sets out some strings and then some uprights and starts laying the bridge we might place some door frames or window frames and they build the house wall by wall we actually print the house layer by layer so we do an entire course internal walls external wall laying bricks is not really the problem the problem is dealing with the layer where all the walls go because we don't need any physical constraints for setup we don't bother placing doors or window frames we place all of those afterwards so the house prints up from the ground merging layer by layer almost as if it's growing out of the ground there are so many features and benefits of the hadrian X this machine will build render ready structures using precision brick and block products and modern and whose use allowing for much faster and more accurate brick assembly the 3d modeling and construction allows for very fast and low-cost buildings to be completed providing builders with efficiencies not seen in the industry before structures built without traditional mortar improves the thermal and acoustic quality of the building and reduces the cost of heating and cooling precision blocks that are half a meter in length and the equivalent of 15 standard house bricks will allow full structures to be built in only a couple of days the accuracy of the completed structure allows for finishing trades to move in immediately with improved speed and efficiency everything can be produced off-site in parallel and simply fitted what's remarkable is that there is no limitation on how higher structure can be built in a day because there's no sagging or collapsing under weight and no need for cavity insulation or brick ties then glue application nozzles simply squirt glue onto the brick because we use gravity to get the glue onto the brick we can use a wide range of construction or diesels the walls are completed with router channels for wiring and plumbing and 3d modeling allows for an accurate bill of materials for estimating producing the lowest possible waste and further reducing cost to the consumer you you