10 Characteristics of a Technology-Ready Industrial Building
By Brent Pennington, CCIM | Metroport Commercial Group, eXp Commercial
The industrial building of the future may not look particularly futuristic. There may be no robots on the tour, no AI control room, no autonomous forklifts moving through the warehouse. What sets it apart is something less visible: it was built to accommodate change.
As automation, robotics, advanced manufacturing, electrification, and digital production systems evolve, industrial buildings will increasingly be asked to support technologies that were never contemplated when many existing facilities were constructed.
That doesn’t make older buildings obsolete. It does suggest a different way to evaluate industrial property. Instead of asking what technology a building has today, ask how easily it can accommodate the technology its occupant may need tomorrow.
For site-selection purposes, it can be useful to think about two broad categories. A Conventional Industrial Building adequately supports the operation it serves today. A Technology-Ready Industrial Building goes further, providing enough capacity and physical flexibility to accommodate meaningful changes in production, equipment, automation, and technology without disproportionate modification to the real estate.
10 Characteristics to Consider
1. Expandable Electrical Capacity
Power is usually the first consideration, and installed capacity is only part of the picture. A technology-ready facility should be evaluated on installed electrical capacity, transformer and switchgear capacity, available utility capacity, and how much room exists to increase load later. 480-volt three-phase service with 200 amps or more of installed or available capacity is a reasonable starting benchmark for many industrial users. The question that matters aren’t how much power a building has today. It’s how difficult it would be to substantially increase it.
Another issue with power is stable electric service. Massive amperage means little if voltage sags and line harmonics knock your CNC machinery or robotic controls offline. Adding power conditioning, transient voltage surge suppression, and harmonic filtering protects sensitive equipment from unexpected shutdowns may be necessary in the future.
2. Flexible Power Distribution
Getting power to the building is only half the job. It also has to reach the equipment. Manufacturing equipment moves as production lines change and automation gets added. Accessible electrical rooms, expandable panels, overhead busway, cable tray, and flexible power drops make that redistribution possible without major reconstruction every time a machine moves.
Space and connectivity should be considered as a company may move from manual forklifts to automated mobile fleets that require clustered charging stations. Usually, local fire marshals and property insurers increasingly enforce NFPA 855 standards, requiring dedicated 2-hour or 3-hour fire-rated enclosures, thermal runaway detection, and specialized exhaust.
3. Clear Height and an Overhead Infrastructure Zone
Clear height has traditionally been about racking. Advanced manufacturing gives it a second purpose. Electrical distribution, data cabling, compressed air, process piping, HVAC ductwork, exhaust systems, fire protection, and sensors can all run through an overhead service zone above the production floor. A building with 24 to 32 feet of clear height or more has real room for that zone. One at 16 to 18 feet may not. Higher clear height, in other words, is not just cubic storage. It’s technological flexibility.
4. Communications Infrastructure
Modern production increasingly depends on machines communicating with other machines. Robotics, sensors, machine vision, automated material handling, and production monitoring all require wired and wireless infrastructure. The specific technology will keep changing. What matters is whether the building has the fiber pathways, conduit, and cable trays on the surface to distribute whatever comes next without opening finished space.
5. Environmental Infrastructure
Traditional warehouse HVAC is built to keep the space heated and cooled. Advanced production can require considerably more. Tighter temperature control, humidity management, filtration, make-up air, process exhaust, and dust collection are all things a future occupant may need. A technology-ready building doesn’t need all of that installed today. It needs the structural, mechanical, and electrical capacity to add it when the operation requires it.
6. A Capable Floor
The concrete slab may be the most overlooked technological characteristic in industrial real estate. Robots, CNC equipment, automated vehicles, and precision manufacturing place very different demands on a floor than pallet racking does. A conventional slab may run from 5 to 8 inches, but slab thickness doesn’t always determine performance. Advanced production often calls for tighter flatness and levelness tolerance, measured by FF and FL numbers under ASTM E1155, and the ability to anchor equipment directly to the floor.
Technology-intensive production can place substantially different demands on a floor than conventional warehousing. Slab thickness and design, load capacity, flatness and levelness, vibration characteristics, condition, and the ability to anchor equipment should all be evaluated against both current and anticipated equipment. Whatever technology manufactures the next generation of goods, at least part of it will probably sit on the floor, and the floor must be able to carry it with minimum vibration.
7. Structural Capacity
Technology adds weight above the floor as well as on it. New HVAC systems, process piping, cable tray, exhaust systems, and equipment supports all load the roof structure. Automated facilities increasingly hang heavy equipment directly from bar joists: monorails, crane rails, ceiling-mounted cobots, and cable management trays. Most speculative shells are engineered for uniform snow/wind load plus a minimal dead load allowance (often only 10–15 PSF collateral load). They cannot handle heavy concentrated point loads without costly engineered reinforcement. A building with structural reserve is far easier to modify than one already operating near its limits.
8. An Open, Reconfigurable Floor Plate
Automation tends to expose weaknesses in building geometry that conventional storage never revealed. Irregular column spacing, permanent walls, elevation changes, and awkward building depths all interfere with production flow. A regular structural grid, commonly 50 by 50 feet or larger, with an unobstructed floor plate gives occupants room to reorganize as their technology changes.
9. Equipment and Material Access
A sophisticated piece of equipment isn’t much use if it can’t get into the building. Large drive-in doors, appropriate loading, clear equipment paths, sufficient truck circulation, and crane access where needed all determine whether machinery can be installed, removed, and replaced over the life of a building. Technology changes what happens inside a facility. It also changes what has to physically move through the door.
10. Room for the Next Infrastructure Requirement
Site space itself may be the most overlooked characteristic of all, and it’s about the site, not the building. Future technology may call for an added transformer, generator, battery system, chiller, compressor, or additional HVAC equipment, sometimes even a building expansion. A site already boxed in by parking, setbacks, detention, and utilities has little room for any of that, no matter how well the building itself performs on the other nine characteristics.
Technology Will Change. The Real Estate Has to Keep Up.
No industrial developer or property owner can predict exactly which technologies manufacturers will use twenty years from now. Getting that prediction right isn’t really the point for now. The better strategy is building in enough electrical, structural, mechanical, vertical, and physical flexibility to accommodate technologies that haven’t been invented yet.
That’s the real distinction between two kinds of industrial buildings. A Conventional Industrial Building serves today’s requirements well. A Technology-Ready Industrial Building has the infrastructure and physical flexibility to support whatever comes next, without a major construction project to get there.
For owners and investors, that distinction can affect tenant demand, capital requirements, useful economic life, and ultimately property value. For industrial tenants and users, it raises a more immediate question during site selection.
Are you selecting a building for the operation you have today, or a facility capable of supporting the business that it may become?
That may be one of the more important industrial real estate questions of the next decade.
Frequently Asked Questions
What makes an industrial building “technology-ready” rather than just conventional?
Flexibility and adaptability will be the hallmarks of a technology-ready facility. A technology-ready building has the electrical capacity, clear height, floor strength, and physical flexibility to accommodate meaningful changes in production and automation without a major construction project. A conventional building serves its current operation well but may have little room to grow into new equipment or higher power loads.
What clear height should a technology-ready industrial building have?
24 to 32 feet of clear height or more gives a building room for an overhead infrastructure zone, busway, cable tray, compressed air, and ductwork running above the production floor while equipment below stays free to move. Some planners are even contemplating a need for 40 feet of clear height. Buildings at 16 to 18 feet clear generally don’t have that room.
What should I look for in a slab to prepare for new technologies?
Evaluating a concrete slab for modern technology goes well beyond basic thickness and PSI. Robotic arms, autonomous mobile robots (AMRs), automated storage systems, and CNC machinery place precision mechanical and dynamic demands on a floor that conventional pallet racking never created. A conventional slab may work for pallet racking but robotics, CNC equipment, and precision manufacturing typically call for more. They may require tighter flatness and levelness tolerances and the ability to anchor equipment directly to the floor.
Does a technology-ready building need advanced systems installed today?
No. It needs the capacity to add them later. Communications infrastructure, sensors, and control systems will keep changing regardless of what’s in the building on day one. What matters is whether the power, structure, and floor can support the next generation of equipment when it’s needed.
Should I select a building for my business today or the business I expect to become?
Both, weighted toward where the business is headed. A building that only fits today’s operation can become a constraint within a few years if production, staffing, or equipment needs grow. Evaluating a building against where the business is going, not just where it is now, is part of a complete site selection process.
What’s the most expensive characteristic to fix after a lease or purchase is signed?
Electric utility capacity to the site, clear height, and certain floor limitations can be among the most difficult deficiencies to correct. Communications infrastructure and environmental systems can usually be added later with sufficient capital. Insufficient power, low clear height, and a floor plate boxed in by columns are structural or site limitations that are far more expensive, and sometimes impossible, to correct.
About the Author
Brent Pennington, CCIM | Advisor, Senior Vice President
Metroport Commercial Group (eXp Commercial)
Brent Pennington, CCIM, is an Advisor, Senior Vice President with Metroport Commercial Group (eXp Commercial), specializing in tenant representation, buyer representation, and the sale of excess property for industrial business owners and chain operations. A Baylor University graduate with degrees in Accounting and Entrepreneurship, Brent brings a rare combination of financial literacy and operational credibility to every client engagement.
With 35+ years of prior experience as a business owner in manufacturing, distribution, and retail, he understands industrial real estate from both sides of the transaction, as the operator who occupied the space and as the advisor who guides owners through dispositions, acquisitions, leasing strategies, and sale-leaseback structures. That dual perspective gives his clients something most brokers cannot offer: counsel grounded in how a building functions as a business asset. Brent also serves as a mentor to newer commercial brokers and as an expert witness in litigation.
As a member of NTCAR and holder of the CCIM designation, the commercial real estate industry’s most rigorous analytical credential, and Accredited Land Consultant, Brent is a recognized thought leader on North Texas industrial market trends, owner exit strategies, and CRE wealth preservation.
Connect with Brent at 817-999-8266 | brent@metroportcommercial.com | metroportcre.com
The content on this site is provided for informational purposes only and does not constitute legal, financial, tax, or investment advice. Commercial real estate transactions involve complex variables that differ by property, market, and individual circumstance. Readers should consult qualified legal, tax, and financial professionals before making any real estate or business decision. Brent Pennington, CCIM, and Metroport Commercial Group (eXp Commercial) make no representations regarding the accuracy or completeness of information presented and assume no liability for decisions made in reliance on this content. All market information reflects conditions at the time of publication and is subject to change.
