PATTERSON, NY | October 2026 — The rapid expansion of artificial intelligence infrastructure is reshaping industrial construction across the United States, bringing new attention to the specialized equipment and logistical coordination required to build modern data centers.

As developers invest in computing capacity, electrical infrastructure, and cooling systems, Eagle Rigging & Transport highlights an often-overlooked component of this expansion: the safe transportation, positioning, and installation of large, heavy, and sensitive equipment.

U.S. Data Center Construction Reaches a Record $75.2 Billion

According to KPMG's September 2026 construction spending analysis, U.S. data center construction spending reached a seasonally adjusted annualized rate of $75.2 billion in July 2026, representing a 57% increase from the previous year.

Additional findings include:

$181.5 billion in annualized U.S. power construction spending in July 2026.
22% year-over-year increase in steel prices and 18% growth in copper prices, adding cost pressure to major infrastructure projects.

The figures illustrate an uneven construction market: while total construction spending declined, data centers continued to expand rapidly.

Boston Consulting Group's September 2026 research adds a longer-term perspective, estimating that nearly $6 trillion in U.S. investment between 2025 and 2029 will concentrate heavily in industrial infrastructure, with data centers and electrification accounting for approximately 85% of that amount.

These trends point to substantial demand for complex equipment handling across the infrastructure supply chain, although the figures do not specifically measure spending on rigging services.

Why Does AI Infrastructure Require Specialized Rigging?

Modern data centers depend on much more than server racks. Their supporting infrastructure can involve heavy electrical components, power distribution systems, backup generators, cooling assemblies, and large machinery. Moving these components into a facility requires careful consideration of:

Machinery dimensions and weight: Size and load determine the lifting and transport methods.
Center of gravity: Uneven weight distribution affects how machinery is lifted and positioned.
Access restrictions: Doorways, corridors, and loading areas can limit transportation paths.
Floor loading: Installation areas must support the heavy load.
Installation sequencing: Delivery and placement order affects the construction schedule.

The company emphasizes that early coordination between construction teams, equipment suppliers, transportation providers, and rigging specialists.

The Transportation Challenge Behind Data Center Growth

Large infrastructure projects often involve equipment arriving from multiple manufacturers on different schedules.

An electrical system may be delivered before an installation area is ready. Large machinery may require specialized trailers. Sensitive components may need protective packaging or temporary storage.

For project managers, these dependencies create two practical priorities:

Align delivery schedules with construction milestones.
Prepare contingency plans for delayed or rescheduled equipment deliveries.

Eagle Rigging & Transport provides heavy machinery rigging, specialty heavy transportation, custom crating, and warehousing, helping customers coordinate each stage of a complex equipment move.

What Does This Mean for Data Center Development in 2027?

As AI infrastructure investment continues, the ability to coordinate large equipment deliveries and installations may become key to project schedules.

However, rapid construction growth does not eliminate challenges involving materials, labor, electricity availability, transportation capacity, and site readiness.

Eagle Rigging & Transport encourages facilities managers and infrastructure contractors to plan machinery handling and transportation from the start of a project.