A Climate-Resilient Home Built with Steel and Stilts Rises in Mississippi

Addressing the extreme weather events driven by climate change has become a critical challenge for the architecture industry. American architect Tom Kundig has designed a residential home in Ocean Springs, Mississippi, which offers a new model for housing in coastal areas prone to flooding. Kundig, a co-founder of Olson Kundig Architects, is renowned for his approach that balances the use of durable, industrial materials with livability.

Elevated Structure and Weather-Resistant

Materials

The property is located on the banks of Davis Bayou, facing the Gulf of Mexico. As the site sits at a low elevation of just five feet (about 1.5 meters) above sea level at its highest point, Kundig designed the house with its floor elevated 23 feet (about 7 meters) off the ground—aligning with U.S. federal regulations. Instead of wooden piles, the structure is supported by robust steel columns. Kundig commented, “We embraced the unique conditions of the site rather than trying to conceal them.”

The exterior features corten steel, a weathering steel that forms a stable rust-like appearance, preventing further corrosion. The material underwent pre-weathering treatment by a Kansas City fabricator and was used throughout, including on the roof and other exposed surfaces, creating a unified metallic aesthetic.

The windows boast enough strength to withstand sustained winds of approximately 140 miles per hour (63 meters per second) and gusts of up to 200 miles per hour (about 89 meters per second). These specifications meet local building codes for areas designated as “high-velocity hurricane zones.” However, external shutters can protect the windows, which may reduce the necessity for such high specifications.

Balancing Livability and Durability

Despite using industrial materials, Kundig has created a home that exudes a warm and inviting ambiance. One standout feature is a switchback staircase with landings that double as observation decks. The home also includes a screened porch large enough to accommodate most daily activities. This protected outdoor space ensures ventilation and natural light while shielding occupants from insects and strong winds. The ceiling visible from the ground is finished with wood, creating a striking contrast against the reddish-brown corten steel exterior.

According to an article in WIRED, Kundig is one of the architects designing homes capable of withstanding extreme weather events and fires, without necessarily resembling fortresses. Kundig stated, “People want homes that require little maintenance and last for generations.” He added, “Such homes tend to be resilient against the powerful forces of nature.”

Emerging Trends in Climate-Resilient Architecture

This project exemplifies an approach that is gradually gaining traction across the architecture field as the impacts of climate change become more evident. Techniques like elevated structures, waterproof barriers, wind-resistant designs, and fireproof materials are increasingly being standardized to address region-specific risks. Kundig’s work demonstrates that functional design can also achieve aesthetic appeal.

Editorial Opinion

In the short term, it is unlikely that the design philosophy behind high-cost custom homes like this one will have a direct impact on the broader housing market. However, through revisions to building codes and rising insurance premiums, there is a growing incentive to prioritize weather-resilient construction. Particularly in U.S. coastal areas, where preparedness for hurricanes and storm surges directly affects property values, the adoption of low-maintenance materials like corten steel and elevated structures is expected to grow.

From a long-term perspective, climate-adaptive architecture may transition from being a niche segment to becoming a standard part of residential design. In Japan, as typhoons and heavy rains become more severe, technologies such as elevated structures, steel frameworks, and wind-resistant glass are also expected to become more widespread, provided there is a balance between cost and practicality. Like Kundig’s project, the key will be integrating functionality with aesthetic appeal.

The editorial team raises critical questions: To what extent is Japan’s construction industry prepared to supply climate-adaptive housing? Moreover, under what conditions can market-driven adoption of weather-resilient housing outpace regulatory mandates? While this particular example targets wealthy homeowners, the challenge lies in adapting these technologies for more affordable housing markets in the future.

References

• WIRED, “One Climate Change Innovation: Just Look Up,” published on June 16, 2026, https://www.wired.com/story/tom-kundig-mississippi-delta/