Icon, a renowned firm for 3D-printed architecture, has taken its technology to new heights by creating a luxurious housing development in Texas. The firm has transformed its innovative technology from a niche offering to a mainstream construction method. Initially, Icon catered only to low-budget housing projects, but it has now expanded its scope to include larger and opulent 3D-printed homes.
Icon Designer
The Wimberly Springs Project, situated in the neighborhood of the same name, promises luxurious living just 40 miles south of Austin, Texas. The development comprises of eight residences, each offering an expansive floor space of almost 4,000 sq ft. The residences boast four or five bedrooms and feature four available floor plans that are not only spacious but also offer a free-flowing design. The homes have been designed by Icon and Bjarke Ingels Group, ensuring the best in luxury living.
The 3D-printed project is characterized by its ribbed walls, which are showcased in the renders of the open homes. The muted colors of the interiors create a soothing ambiance. The homes are equipped with modern amenities, such as floor-to-ceiling windows, quartz countertops, stainless steel appliances, and freestanding soaking tubs in the washroom.
Icon stated that their innovative homes are situated in the charming Wimberley Springs neighborhood, just three miles away from Wimberley town center. The location offers quick access to an array of outdoor activities such as hiking trails, swimming holes, and wineries. Additionally, there are many esteemed restaurants, retail shops, home decor stores, and garden shops within easy reach. Wimberley Springs is located near the picturesque and serene Cypress Creek, making it an ideal place for homebuyers who are seeking a peaceful retreat or a family-friendly community.
The construction work for the homes is presently underway, although the completion date is yet to be determined. The process of construction for this project is similar to that of other 3D-printed houses we have witnessed in the past. On-site, a colossal 3D printer will print the basic structure of each residence by emitting a cement-like blend out of a nozzle in multiple layers. Following this, human builders will finish off the roof, windows, and any other necessary features. These homes are expected to withstand high winds and exhibit exceptional thermal performance.
