What Automotive Manufacturing Real Estate Requires in the Age of Automation

October 14, 2026

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Start with infrastructure, not acreage. Confirm power capacity and lead time, water and wastewater capability, and access to technical and automation labor before evaluating cost or incentives. Then layer in supplier and logistics proximity, since automotive production depends on just-in-time and just-in-sequence delivery. Markets that combine all four are increasingly rare, so plan for a longer search and underwriting timeline than a traditional industrial site selection would require.

Reshoring and tariff-driven onshoring are adding to demand for U.S. manufacturing and supplier space, but the effect is uneven. Programs like the CHIPS Act have driven durable, if slow, investment; EV and battery investment tied to the Inflation Reduction Act has moved faster but proven more volatile, with some announced projects scaled back or cancelled. Automotive occupiers should treat any reshoring-driven site opportunity as unconfirmed demand until it reaches active construction or operation, not at the announcement stage.

Supplier site selection has to satisfy two sets of requirements at once: proximity and logistics fit with the OEM it serves, and the same power, utility, and labor thresholds the OEM itself now applies to its own facilities. A site that is close to the assembly plant but cannot support modern power or automation labor needs is not a viable option anymore, regardless of how convenient the location looks on paper.

It depends on how specialized the operation is and how confident the company is in program volume. Lease when validating a new program, testing production, or scaling early-stage supplier work. Build-to-suit when the operation needs dedicated power, proprietary layouts, or room for phased expansion, and when program volume and timeline are established enough to justify the longer lead time and capital commitment.

The automotive industry is entering a new phase of advanced manufacturing. Automation, electrification, supplier consolidation, and shifting supply chains are transforming how vehicles and components are produced. These changes are also reshaping automotive manufacturing real estate, creating new considerations for original equipment manufacturers (OEMs) and their Tier 1 and Tier 2 suppliers.

As production becomes more automated and technologically advanced, traditional real estate criteria such as square footage, location, and cost are no longer enough. Manufacturers must also evaluate power capacity, technical labor, infrastructure readiness, and the flexibility to accommodate future production requirements.

Cresa's Automotive Manufacturing Real Estate Enters a New Cycle report examines the trends influencing facility decisions, the markets positioned to support automotive operations, and the strategies occupiers can use to align their real estate with changing business needs.

Five Trends Reshaping Automotive Manufacturing Real Estate

From evolving vehicle technologies to increasingly regional supply chains, automotive manufacturers face a changing operating environment. Five key trends are influencing how OEMs and suppliers evaluate their facilities and real estate portfolios.

1. Supplier consolidation is changing industrial footprints. Mergers and acquisitions are creating opportunities for automotive suppliers to consolidate overlapping locations, invest in new capabilities, and reconsider their real estate portfolios. Acquisitions may also introduce new lease obligations, facility requirements, and opportunities to repurpose or dispose of underutilized space.

2. The EV transition is expanding facility requirements. Electric vehicle production is creating demand for facilities supporting batteries, power electronics, charging equipment, and advanced components. As technology and product mixes evolve, manufacturers must consider whether their facilities can adapt to different production processes and future requirements.

3. Automotive supply chains are becoming more regional. OEMs and suppliers are reassessing offshore exposure, delivery timelines, and proximity to customers. Reshoring automotive manufacturing and regionalizing supplier networks can create new opportunities for facilities located near assembly plants, transportation corridors, and established manufacturing ecosystems.

4. Automation is raising infrastructure demands. Robotics, artificial intelligence, predictive maintenance, and connected production systems are changing how automotive facilities operate. These technologies place greater importance on reliable power, data connectivity, floor loading, equipment layouts, and technical support.

5. Specialized labor is influencing location decisions. Automotive operations need more than traditional production workers. Engineers, automation specialists, maintenance technicians, quality professionals, and logistics workers are increasingly critical to facility performance. Access to these skills can be more important than lower occupancy costs.

Together, these trends reinforce a central finding: automotive real estate decisions are increasingly driven by infrastructure readiness, workforce capabilities, and operational risk rather than space availability alone.

What Matters Most in OEM Supplier Site Selection?

OEM supplier site selection requires balancing customer proximity with the infrastructure and workforce needed to support advanced production. A location near an assembly plant may offer logistical advantages, but it must also meet the facility's technical and operational requirements.

For Tier 1 and Tier 2 suppliers, several factors deserve early consideration:

Power and utilities: Reliable electrical capacity, upgrade timelines, and specialized utility requirements can determine whether a facility can support production and future expansion.

Building functionality: Floor loads, clear heights, ventilation, material flow, and equipment layouts must accommodate the specific manufacturing process.

Data and connectivity: Automated production depends on dependable networks, sensors, robotics, controls, and systems that support operational continuity.

Workforce availability: Access to skilled production employees, engineers, maintenance technicians, and automation specialists influences both initial operations and long-term growth.

Supplier and logistics networks: Proximity to OEM customers, transportation infrastructure, and established supplier ecosystems supports efficient material movement and just-in-time production.

These requirements make early facility due diligence essential. Companies evaluating automotive manufacturing locations should assess infrastructure, operational fit, and expansion capabilities before committing to a site based primarily on rental rates or available square footage.

How Do Automotive Manufacturing Markets Compare?

Not all automotive manufacturing markets offer the same advantages. Some have deeper supplier networks, while others provide greater concentrations of specialized labor or technology expertise.

Cresa's research examines automotive-relevant workforce and industry concentration across major U.S. markets. Detroit, Grand Rapids, Dayton, and Toledo demonstrate strong workforce capabilities relevant to automotive operations. Meanwhile, technology-oriented markets such as San Jose and Seattle offer specialized capabilities supporting increasingly connected, electric, and automated vehicles.

These distinctions matter for OEMs and suppliers evaluating where to locate manufacturing, engineering, or research and development operations. A market with a strong supplier base may be well suited for component production, while a market with specialized engineering talent may better support technology development and advanced manufacturing functions.

The report's market analysis demonstrates why successful site selection requires more than identifying traditional automotive hubs. Manufacturers must match each operation's workforce, supplier, and infrastructure requirements to the strengths of individual markets.

How Are Automation and Electrification Changing Automotive Facility Requirements?

As automotive production evolves, facilities must support both the physical manufacturing process and the technology that controls it.

Modern automotive operations may require scalable electrical infrastructure, reliable data connectivity, specialized ventilation, industrial utilities, and layouts capable of supporting robotics and connected equipment. These considerations are particularly important when evaluating existing buildings for advanced manufacturing uses.

A facility with sufficient square footage may still require substantial investment to accommodate automated production. Power upgrades, structural limitations, equipment configurations, and specialized systems can all affect the feasibility, cost, and timeline of a retrofit.

Electrification adds another layer of complexity. Automotive companies producing batteries, electronics, advanced components, and traditional vehicle systems may have different building and infrastructure needs. Preserving flexibility for future technology and production changes can help occupiers avoid investing in facilities that become less suitable as their operations evolve.

These evolving requirements are also influencing demand across multiple property types, including manufacturing plants, flex industrial buildings, research and development facilities, and warehouse and distribution space.

Should Automotive Manufacturers Lease, Retrofit, Build-to-Suit, or Own?

There is no single real estate strategy that fits every automotive manufacturing operation. The right approach depends on production requirements, speed to market, capital investment, and the level of control needed over the facility.

Leasing can offer greater flexibility and a faster path to occupancy for supplier operations, distribution facilities, and companies testing a new market or production program.

Retrofitting an existing facility may balance speed and customization when a building can accommodate the necessary production processes through targeted improvements.

Build-to-suit development can provide greater control over infrastructure, equipment layouts, and operational requirements when available facilities cannot support specialized production.

Ownership offers long-term control and the ability to make substantial infrastructure investments, but also increases capital commitment and the potential risk of future facility reuse.

Cresa's analysis of automotive manufacturing properties reveals an important distinction between OEM manufacturers and their suppliers:

Automotive manufacturers: 75.6% of the analyzed manufacturing square footage is owner-occupied, compared with 24.4% leased.

Automotive suppliers: 48.0% of the analyzed manufacturing square footage is owner-occupied, compared with 52.0% leased.

These findings illustrate how facility strategies can differ across the automotive industry. While vehicle manufacturers in the analyzed sample predominantly occupy owned manufacturing space, suppliers demonstrate a more balanced mix of leased and owned facilities.

For occupiers, the decision ultimately comes down to matching facility strategy with operational needs while preserving the flexibility to respond to changing production volumes, technologies, and customer requirements.

Planning for the Next Cycle of Automotive Manufacturing

The next phase of automotive manufacturing will require OEMs and suppliers to approach commercial real estate decisions with a greater focus on operational performance and long-term adaptability.

Whether expanding production, reshoring operations, consolidating facilities, or entering a new market, companies must look beyond occupancy costs to evaluate infrastructure, workforce, supply-chain connectivity, and facility flexibility.

Cresa's Automotive Manufacturing Real Estate Enters a New Cycle report provides a deeper examination of these trends, including automotive market comparisons, facility requirements, original real estate ownership research, and key considerations for occupiers planning their next move.

Explore additional insights in Cresa's Advanced Manufacturing Report, or learn how Cresa's Location Advisory and Industrial experts help occupiers make informed real estate decisions.