Mango Village Bali
About project
The project was created as part of a cottage settlement in Uluwatu in the south of the island of Bali. The complex unites about twenty small villas located on a site with terrain where rice fields used to be. The new development became a logical continuation of the settlement’s architecture and supports its overall plastic, contemporary appearance.
Architecture is based on a combination of bionic forms and functional minimalism. Soft lines, rounded corners, and smooth transitions of the walls make each villa a natural element of the landscape, creating a sense of lightness and seclusion.
Architecture is based on a combination of bionic forms and functional minimalism. Soft lines, rounded corners, and smooth transitions of the walls make each villa a natural element of the landscape, creating a sense of lightness and seclusion.
Floors
2
Bedrooms
23
Plot area
10 areas
Building area
9300 м²
Main idea — to place twenty compact private villas on the site, of two types: triangular and paired rectangular. Each villa had to have its own pool, a small adjacent outdoor area, and access to the roof with a relaxation zone. At the same time, it was important to preserve privacy between neighboring plots and to integrate the project organically into the cascading terrain of the former rice terraces.
The concept is based on the principles of bionic architecture. The forms of each villa were created with consideration of 3D-printing technology, where the material defines the plasticity without additional finishing. The terrain made it possible to arrange the houses in tiers: the upper row of villas at the highest level, the middle level with a shared pool, and the lower row in the shade of the trees. This solution ensures open views and visual separation between neighboring units.
The architecture is executed in a bionic style with elements of contemporary minimalism. The villas have rounded façades and smooth lines, and the expressiveness is created by the texture of the printed walls. In the triangular villas, each volume is autonomous; in the rectangular ones, there is a shared wall, but the internal zones are oriented in different directions so that residents do not intersect visually. All houses have flat roofs with a wooden pergola and greenery along the perimeter.
Each villa has one living level.
This level features a combined living room, dining room, and kitchen, a double bedroom, and a bathroom with a shower, bathtub, double sinks, and a separate toilet. The rooftop patio features a summer kitchen, a jacuzzi, and a sitting area, protected from the sun by a pergola.
This level features a combined living room, dining room, and kitchen, a double bedroom, and a bathroom with a shower, bathtub, double sinks, and a separate toilet. The rooftop patio features a summer kitchen, a jacuzzi, and a sitting area, protected from the sun by a pergola.
The main wall material is concrete, printed onto a foundation slab using a construction 3D printer. The wall surface requires no additional finishing, preserving the pattern of the printed layers. The roof is flat, with a wooden pergola and concealed drainage. The structure incorporates monolithic staircases, local wood elements, and metal reinforcement.
Each villa is equipped with water supply, cooling, and ventilation systems, including forced-draft ventilation in the kitchen and bathroom areas. Water filtration systems for the swimming pools and septic tanks are installed, with annual maintenance. Rainwater runoff is concealed within the building and directed into the site's common stormwater drainage system.
Each villa is equipped with water supply, cooling, and ventilation systems, including forced-draft ventilation in the kitchen and bathroom areas. Water filtration systems for the swimming pools and septic tanks are installed, with annual maintenance. Rainwater runoff is concealed within the building and directed into the site's common stormwater drainage system.
The concept is based on the principles of bionic architecture. The forms of each villa were created with consideration of 3D-printing technology, where the material defines the plasticity without additional finishing. The terrain made it possible to arrange the houses in tiers: the upper row of villas at the highest level, the middle level with a shared pool, and the lower row in the shade of the trees. This solution ensures open views and visual separation between neighboring units.
The architecture is executed in a bionic style with elements of contemporary minimalism. The villas have rounded façades and smooth lines, and the expressiveness is created by the texture of the printed walls. In the triangular villas, each volume is autonomous; in the rectangular ones, there is a shared wall, but the internal zones are oriented in different directions so that residents do not intersect visually. All houses have flat roofs with a wooden pergola and greenery along the perimeter.
Each villa has one living level.
This level features a combined living room, dining room, and kitchen, a double bedroom, and a bathroom with a shower, bathtub, double sinks, and a separate toilet. The rooftop patio features a summer kitchen, a jacuzzi, and a sitting area, protected from the sun by a pergola.
This level features a combined living room, dining room, and kitchen, a double bedroom, and a bathroom with a shower, bathtub, double sinks, and a separate toilet. The rooftop patio features a summer kitchen, a jacuzzi, and a sitting area, protected from the sun by a pergola.
The main wall material is concrete, printed onto a foundation slab using a construction 3D printer. The wall surface requires no additional finishing, preserving the pattern of the printed layers. The roof is flat, with a wooden pergola and concealed drainage. The structure incorporates monolithic staircases, local wood elements, and metal reinforcement.
Each villa is equipped with water supply, cooling, and ventilation systems, including forced-draft ventilation in the kitchen and bathroom areas. Water filtration systems for the swimming pools and septic tanks are installed, with annual maintenance. Rainwater runoff is concealed within the building and directed into the site's common stormwater drainage system.
Each villa is equipped with water supply, cooling, and ventilation systems, including forced-draft ventilation in the kitchen and bathroom areas. Water filtration systems for the swimming pools and septic tanks are installed, with annual maintenance. Rainwater runoff is concealed within the building and directed into the site's common stormwater drainage system.
«In this project, technology became part of the architecture. We used 3D printing as a tool to create a form that requires no additional decoration and interacts naturally with the Bali landscape.»
Author's word
Nikita Solovev
Founder of INTOUCH ARCHITECTS I personally oversee every project, from the initial sketches to final delivery, ensuring it meets your needs, whether it's a private villa or an investment property.
The discussion is not binding: we will tell you about ourselves, think over the concept and layout of the house, show the stages, deadlines and budget of the project.
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Tell us about your dream home in consultation with a leading architect and interior designer.
Tell us about your dream home in consultation with a leading architect.
By submitting an application, you consent to the processing of personal data in accordance with the privacy policy