The Printed City: A Colorado Town Builds the Blueprint for Future Housing

SALIDA, CO – August 12, 2026 – Nestled in the Rocky Mountains, the small city of Salida is becoming an unlikely epicenter for a global construction revolution. Here, on a 55-acre plot named Cleora, the familiar sounds of hammers and saws are being augmented by the quiet hum of autonomous robots. These machines are not just building houses; they are extruding the walls of what is poised to become one of the world's largest planned 3D-printed residential communities, offering a glimpse into a future where entire neighborhoods are built with robotics.

The project is more than an architectural novelty. It’s a full-scale systems test, a living laboratory designed to answer some of the most pressing questions facing the housing and construction industries. With infrastructure complete, seven homes built, and more underway, Cleora is moving from a high-tech concept to a tangible reality, challenging traditional notions of how we build, work, and live.

From Blueprint to Reality: Scaling Robotic Construction

For years, 3D-printed construction has been a story told through one-off prototypes and small-scale demonstrations. While impressive, these efforts have done little to disrupt the broader housing market. The Cleora development, a partnership with general contractor True North, aims to shatter that paradigm by deploying the technology at an unprecedented community scale. The plan calls for over 65 of the development's 106 residences to be constructed using technology from RIC Robotics, a pioneer in large-scale autonomous building systems.

"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," said Greg Kenny, Managing Partner of Cleora. "Cleora is demonstrating that this technology is ready to move beyond prototypes and become a practical, scalable solution for real neighborhoods."

This ambition places Cleora in a competitive but nascent field. In Texas, the 100-home Wolf Ranch subdivision by Lennar and ICON has been hailed as the world's largest 3D-printed neighborhood. Yet, Cleora’s significance lies not just in its scale, but in its integrated approach. By printing nearly two-thirds of its homes on-site with two autonomous RIC Robotics systems running concurrently, the project provides a crucial data set on efficiency, logistics, and long-term performance.

"Cleora represents a significant step forward because it demonstrates how robotics can be integrated into a real community at meaningful scale,” explained Dr. Ryan Cox, CEO of RIC Robotics. This isn't just about printing faster; it's about building a robust, repeatable process that other developers can adopt, fundamentally changing the operational calculus of residential construction.

The New Job Site: Automation, Labor, and Learning

The rise of automation in construction inevitably raises questions about the future of its workforce. Rather than simply displacing labor, the Cleora project is designed to redefine it. The development is a direct response to chronic labor shortages that have plagued the industry, using robotics to augment human crews and boost productivity. However, the vision extends beyond the immediate job site.

In a forward-thinking move, the project includes a strategic partnership with Colorado Mountain College, transforming the development into a workforce training hub. Students will gain hands-on experience with the very technologies building the homes around them, from robotic printers to digital design software. This initiative aims to create a pipeline of skilled workers prepared for an industry increasingly driven by technology, offering new career paths in areas like robotics operation, digital construction management, and material science.

This transition is not without its challenges. Developers acknowledge a steep learning curve. One project insider noted that out of the gate, it is not necessarily cheaper or faster, explaining that the initial phases are about refining processes and mastering the technology. The long-term bet is that as the system is optimized, the speed and cost benefits will become undeniable, creating a powerful business case for widespread adoption. This on-the-ground reality check provides a crucial counter-narrative to the often-overhyped world of tech breakthroughs, grounding the project in the practicalities of industrial transformation.

The Concrete Canvas: Redefining Design and Desirability

One of the most persistent critiques of 3D-printed architecture is that it sacrifices aesthetic appeal for utilitarian efficiency. The team behind Cleora is determined to prove that innovative construction can also be beautiful and desirable. The technology from RIC Robotics, which has been deployed on projects for major corporations like Walmart, allows for advanced geometries and curved walls that would be prohibitively expensive with traditional stick-built methods.

"As someone with an architectural background, I've always believed construction robotics should expand what's possible in design, not limit it,” said Ziyou Xu, Founder of RIC Robotics. “Cleora demonstrates that modern, architecturally distinctive homes can be delivered at scale without increasing costs for homeowners."

The homes are printed with a concrete-based material, which offers significant advantages beyond design flexibility. The resulting structures are more resilient to wildfires, high winds, and mold—critical benefits in a region facing increasing climate-related threats. This fusion of form and function aims to shift public perception, positioning 3D-printed homes not as a compromise, but as a superior choice for durability and safety.

A Self-Contained System: The Metro District Model

Perhaps the most systemically disruptive aspect of Cleora is its legal and administrative foundation. The development is being established as the county’s first 3D-printed metro district. This special designation allows the community to self-manage and fund its own critical infrastructure, from water treatment and utilities to recreational facilities and commercial services.

This integrated model is a radical departure from the typically fragmented process of suburban development. By creating a self-contained system, the developers can ensure that infrastructure growth keeps pace with residential construction, avoiding the common pitfalls that strain municipal resources. It provides a blueprint for creating resilient, self-sufficient communities from the ground up. This holistic approach to community-building, where the technology of construction is interwoven with the strategy of governance and infrastructure, may be Cleora's most enduring legacy, offering a model for how we might build the towns of the next industrial revolution.