US industrial construction enters selective recovery: data centers and advanced manufacturing reshape the industrial landscape

The U.S. industrial construction market in 2026 appears moderate on the surface: about 354.1 million square feet of industrial space is under construction nationwide, up just 2.3% year over year, accounting for 1.7% of total inventory. But beneath that moderate total, structural change is unusually intense. Manufacturing facilities, data centers, and logistics warehouses are reallocating capital and space, and developers' strategies are shifting from speculation to projects with clear demand. This is far from a simple cyclical recovery; it is the combined result of U.S. supply chain restructuring, industrial policy implementation, and technology infrastructure expansion.

Data Centers: From Tech Facilities to Mainstream Industrial Real Estate

The most notable structural change is the massive entry of data centers into the industrial construction pipeline. In traditional industrial real estate statistics, warehouses and manufacturing typically dominate, but in 2026, data centers already account for 46% of under-construction space in the Washington, D.C. area, 16% in Phoenix, and roughly 11% in Dallas-Fort Worth.

The Washington, D.C. area is a particularly typical case. Northern Virginia has long been the world's largest data center market, but the core area of Ashburn faces land shortages and resident opposition, forcing development to spread outward. More than 30 data centers are being built along the 70-mile corridor from Leesburg to Fredericksburg, with Prince William County and Manassas becoming new hotspots. However, power availability is becoming as rigid a constraint as land. Whether the grid can keep up will determine how much further this market can grow.

Phoenix's pace has shifted from overheated to normal. Two years ago, under-construction space stood at 42.5 million square feet; now it remains at around 18 million square feet. Meta's 2.5 million square foot campus in Mesa has 1 million square feet under construction, and Edgecore is also expanding nearby by 800,000 square feet. The largest single project in that market is LG Energy Solution's $5.5 billion battery plant in Queen Creek, covering 1.3 million square feet. With data centers and battery manufacturing clustering together, Phoenix has become a crossroads of new energy and digital infrastructure.

Dallas-Fort Worth, leveraging its scale, power, and land advantages, has reclaimed its position as the nation's largest industrial pipeline. Of the 28.8 million square feet under construction, data centers account for about 20 projects. Texas is trying to replace Northern Virginia as the state with the largest data center power capacity in the U.S., and this goal could be achieved within the next few years.

Advanced Manufacturing Returns: Policy Dividends Begin to Materialize

Another important signal is the rising weight of manufacturing projects in industrial construction. In 2025, five of the nation's top ten industrial completions were manufacturing facilities; in 2024, all top ten were logistics facilities. This is a fundamental shift.

Samsung's semiconductor plant near Austin, covering 3.6 million square feet, is expected to begin production later this year and will become the largest industrial project of 2026. At the same time, LG Energy Solution's battery plant, along with numerous manufacturing and data center projects in the Columbus, Ohio area, all indicate that industrial policy is being translated into physical construction.

Columbus is especially noteworthy—it added 5.4 million square feet of space under construction, bringing the total to 12.2 million square feet, but the combined number of manufacturing and data center projects has already surpassed traditional warehouse and logistics facilities. This inversion of proportions is extremely rare outside Washington, D.C. It shows that Ohio is leveraging the tailwinds of automotive electrification, semiconductors, and AI infrastructure to transform from a traditional manufacturing belt into a high-value-added industrial base.

Behind these projects is the continued push from the CHIPS and Science Act and the Inflation Reduction Act. Semiconductor, battery, and clean energy equipment manufacturers have gained clear policy expectations, giving them the confidence to make long-term capital commitments. However, policy uncertainty still remains. Developers and property owners remain cautious about tariffs, interest rates, and geopolitical risks, which is why the current recovery is "selective" rather than broad-based.

Logistics construction moves toward build-to-suit, Amazon's return becomes a landmark signal

The logistics and warehousing sector is undergoing a round of strategic adjustment. Over the past two years, developers had done a lot of speculative construction, leading to rising vacancy rates in some markets. By 2026, developers have clearly shifted toward build-to-suit construction—locking in tenants before breaking ground to reduce risk. This model is better suited to large enterprises with long-term planning capabilities, while small and medium-sized businesses can use the higher vacancy rates in existing properties to gain bargaining leverage.

Of the top ten industrial projects scheduled for completion this year, seven are Amazon logistics facilities. This marks the e-commerce giant's return to an expansion track after its inventory adjustment. Logistics construction in Dallas-Fort Worth and Houston remains robust, especially in Houston, which, with the nation's busiest foreign trade port—whose throughput grew 5% last year—plus channel widening and landside infrastructure upgrades, is attracting substantial investment in warehouses and distribution centers. Houston's industrial vacancy rate nevertheless fell 20 basis points year over year to 6.3%, making it one of the few metropolitan areas with declining vacancy rates.But Chicago tells a different story. Its industrial pipeline rebounded strongly from 5.8 million square feet last year to 13.6 million square feet, putting it back in the top tier—yet its 12.5% vacancy rate is also the highest among the top 20 markets. The urban core, such as West Loop and Fulton Market, is tight due to last-mile e-commerce demand, while the southern suburbs' I-55 and I-57 corridors are under pressure from sublease space returning to the market during the pandemic. Even so, developers are still betting—Venture One is building a 1.2 million-square-foot build-to-suit facility for John Deere along the I-55 corridor, and Hillwood is constructing a 970,000-square-foot speculative warehouse in University Park. Chicago's rail network, intermodal connectivity, and next-day delivery reach remain irreplaceable locational advantages.

Dallas and Houston: How Texas's Twin Titans Lead

Texas absolutely dominates this year's industrial construction landscape. Dallas-Fort Worth ranks first with 28.8 million square feet, while Houston rose to second with 21.5 million square feet, up a remarkable 63% year over year. The success of these two markets is no accident—it is the result of multiple overlapping advantages.

Dallas has vast land reserves, a permissive approval environment, ample labor, and growing electricity supply, while also serving as the crossroads of inland U.S. logistics. Despite a relatively high vacancy rate of 11.4%, developers believe the market's enormous absorption capacity can digest the new supply. Houston, meanwhile, benefits directly from the port economy and the energy industry. As U.S. energy exports grow and nearshoring trends continue, Houston's warehousing demand keeps rising.

Texas's appeal for data centers and manufacturing projects is also tied to its independent grid, ERCOT. Although winter storms have exposed the grid's vulnerabilities, ERCOT has relatively lighter regulation and faster interconnection for new power sources, which is critical for data centers' power demands. As a result, Texas is becoming the preferred destination for AI infrastructure and advanced manufacturing.

Regional Competition: The Rise of New Industrial Hubs

The U.S. industrial map is being redrawn as a whole. The traditional manufacturing belt—the Midwest and Northeast—has not declined but is reviving in new forms. The rebounds in Columbus and Chicago show that the Midwest remains a logistics and manufacturing hub, only with the driving forces shifting from conventional autos to batteries, semiconductors, and digital infrastructure.

Arizona, meanwhile, has transitioned from "overheated" to "normalized." The breakneck pace of 42.5 million square feet two years ago was never sustainable, yet it still holds 18 million square feet today, and inventory has grown by 4%. More importantly, Phoenix's industry mix has shifted from pure warehousing to data centers and battery manufacturing, making it more resilient in the next growth cycle.

Washington, D.C.'s sudden rise is entirely attributable to data centers. Excluding data centers, that market has almost no industrial growth. This also reminds us that future industrial real estate statistics may need to classify data centers separately; otherwise, it will be difficult to see the true trends in manufacturing and logistics.## What Does This Mean for U.S. Manufacturing?

This construction boom sends a positive signal: U.S. manufacturing is undergoing a real and sustainable reshoring. Large-scale investments by foreign giants such as Samsung and LG, along with expansions by domestic companies like John Deere, show that supply chain security and the clean energy transition are driving production facilities closer to end markets.

However, it must also be noted that high construction costs, still-elevated interest rates, and inadequate grid infrastructure are constraining broader industrial development. The 2026 recovery looks more like a mixed picture of winners and losers. States that can provide ample electricity, land, and labor — Texas, Arizona, and Ohio — will capture most of the new investment, while regions constrained by energy and policy may fall behind.

The Next Five Years: The Grid and Energy Will Be the Biggest Variables

Looking ahead three to five years, U.S. industrial construction will be increasingly concentrated in two areas: data centers for AI and advanced factories for domestic manufacturing. Both are highly dependent on a stable electricity supply. Already, data center approval timelines are being constrained by grid interconnection wait times, and manufacturing projects face similar power reliability issues.

Therefore, investment in energy infrastructure — grid upgrades, natural gas power generation, small modular nuclear reactors, and renewable energy storage — will be key to determining U.S. industrial competitiveness. Developers, policymakers, and utility companies will need to collaborate in unprecedented ways. Otherwise, even with strong demand, industrial construction could hit a bottleneck due to insufficient power supply.

Meanwhile, supply chain restructuring will continue to deepen. The nearshoring trend will drive more manufacturing and logistics facilities to be located along the U.S.-Mexico border, the Gulf Coast, and major population centers. Dallas, Houston, and Phoenix will continue to benefit, and as the East Coast data center corridor becomes saturated, second- and third-tier cities with ample electricity may also stand out.

In short, 2026 is just the beginning. The United States is shifting from the "logistics and warehousing era" to the "manufacturing and computing power era." This new wave of industrial construction will reshape regional economic landscapes and have a profound impact on national competitiveness.