In a heavenly surrounding high above land rests an abode that can stand the test of nature's worst calamities and this sweet house is the 'Vistas del Angel' Home by LAKP Design.
Perched high on a slope in Guatemala City, this abode spells spectacular from every angle. The cantilevering residential design was created in three phases so as to able to hold its own weight at the top of the slope. Resting on concrete piles and built of light gauge steel walls, this beautiful royal home makes a comfortable stay for the residents.
Such cantilevering unique designs are up and coming as they are not only cleverly created, but in times of natural crisis, these abodes may stand sky-high. One look at the 'Vistas del Angel' Home will make you wish you owned such a house.
Earthquake-Resistant Abodes
The 'Vistas del Angel' Home Could be a Dream House for Many
Trend Themes
1. Cantilevering Residential Designs - Designing and constructing homes that can cantilever over sloping landscapes provides a unique and innovative solution for creating stable and earthquake-resistant structures.
2. Light Gauge Steel Construction - The use of light gauge steel walls in residential construction offers a durable and flexible building material that can withstand seismic activities, providing a more secure option for homeowners in earthquake-prone areas.
3. Calamity-resistant Home Designs - The increasing demand for homes that can withstand natural disasters, such as earthquakes, presents an opportunity for architects and builders to develop innovative and resilient housing solutions.
Industry Implications
1. Residential Construction - The need for earthquake-resistant housing presents a significant opportunity for the residential construction industry to adopt innovative building techniques and materials.
2. Architectural Design - Architects specializing in creating earthquake-resistant designs have the potential to revolutionize the industry by incorporating innovative techniques and materials into their projects.
3. Structural Engineering - Structural engineers can play a crucial role in developing earthquake-resistant building solutions by integrating cutting-edge technologies and materials into their designs.