Cleora, a 55-acre development in Salida, Colo., is expected to become one of the world’s largest planned 3D-printed residential communities that’s also its own metro district.

Developed by Cleora with 3D-printing general contractor True North and technology provider RIC Robotics, the project will deliver single-family homes, duplexes, accessory dwelling units, and mixed-use spaces.

Of the 106 homes planned, more than 65 will be constructed with RIC’s construction robotics and 3D-printing technology. Two autonomous RIC printing systems operate across the site.

The project also includes a 3D-printed metro district, with infrastructure systems such as commercial, recreational, utilities, water treatment, and other essential services.

The project aims to establish a scalable model for advanced construction technologies in future housing communities.

“From day one, our vision wasn’t simply to build 3D-printed homes, it was to prove that robotics could transform how entire communities are designed and delivered,” Greg Kenny, Cleora’s managing partner, said in a statement. “Cleora is demonstrating that this technology is ready to move beyond prototypes and become a practical, scalable solution for real neighborhoods.”

The project is the culmination of almost seven years of research in construction technologies, development strategies, and scalable housing solutions. The project team chose RIC Robotics after evaluating various construction technology providers. (RIC’s robots completed the first few 3D-printed Walmart extensions.)

“Much of the conversation around 3D-printed construction has centered on individual homes and demonstration projects,” Dr. Ryan Cox, RIC Robotics CEO, said in the statement. “Cleora represents a significant step forward because it demonstrates how robotics can be integrated into a real community at meaningful scale.”

Cleora also serves as a workforce development program for construction professionals. Through a partnership with Colorado Mountain College, students gain hands-on experience with robotics, 3D-printing construction technologies, and digital design software.

The project is expected to reach completion within the next five to seven years.