The State of Advanced Manufacturing in 2026

Technological advancements are transforming how manufacturers operate, compete, and make real estate decisions. Industry 4.0, often referred to as the fourth industrial revolution, embodies the integration of automation, artificial intelligence, robotics, Internet of Things (IoT) technologies, additive manufacturing, and data analytics into the production process. These technologies facilitate the creation of smarter, more interconnected facilities that can enhance efficiency, improve quality, reduce downtime, and enable companies to respond more rapidly to changing customer and supply chain demands.

Advanced manufacturing is at the core of this transformation. It empowers companies to manufacture more complex, customized, and high-value products while boosting productivity and operational resilience. However, the advantages of advanced manufacturing heavily rely on the availability of suitable facilities and markets. Modern production environments need specialized infrastructure, scalable power, adequate water and wastewater capacity, skilled labor, supplier access, logistics connectivity, and the capability to adapt to future technological and process changes.

Consequently, real estate strategy has become a crucial element in advanced manufacturing decision-making. Companies looking to establish new manufacturing facilities, research and development labs, pilot production spaces, or build-to-suit campuses must consider not only occupancy costs and location but also infrastructure readiness, labor availability, speed to market, long-term flexibility, and operational risks. Markets that effectively align real estate, workforce, utilities, and supply chain capabilities will be better positioned to support the next generation of advanced manufacturing growth.

WHAT IS ADVANCED MANUFACTURING? 

Advanced manufacturing is the integration of modern production technologies with specialized real estate infrastructure. It includes facilities that combine automation, robotics, digital systems, advanced materials, R&D, and precision production. These processes often require higher levels of power, utilities, technical labor, flexibility, and operational control than traditional industrial space.

CHIPS Act and Inflation Reduction Act

The CHIPS Act and the Inflation Reduction Act (IRA) have both increased demand for advanced manufacturing, but their effects vary. The CHIPS Act has proven to be a more stable program for reshoring semiconductor production and developing mega-sites. However, the benefits take time to materialize since building and equipping semiconductor fabrication facilities (fabs) requires years of permitting, construction, and staffing.

On the other hand, the IRA has had a faster impact, leading to a surge in clean energy manufacturing announcements, especially in electric vehicles (EVs), batteries, solar, and related supply chains. Yet, the IRA has also experienced more instability due to changes in tax credits, policy uncertainties, and declining demand for EVs, resulting in cancellations and job losses.

Download the full Advanced Manufacturing report to learn more about growth, labor concentration, and real estate decisions shaping top U.S. metros.