The Movement to Real
After four decades moving toward abstraction, toward financialisation, asset-light models, and platforms over production, the current is reversing.
Russell Napier, the financial historian, frames it in macro terms: the future belongs to makers, not financial engineers. Brian Chesky calls it a movement to real. They’re pointing at the same force from different angles. One sees it in the structure of monetary systems and the return of the regulatory state. The other sees it in consumer behaviour and the fatigue with purely digital experiences. Both are describing a world that wants to reconnect with things you can touch.
Napier’s full thesis is worth hearing directly. The regulatory state returning after a 40-year retreat. Financial repression as deliberate policy. Inflation sustained at 4 to 5 percent for a decade or more. Capital controls no longer unthinkable. The German government paying billions to rip out Chinese telecom equipment. These aren’t isolated events. They’re the surface expression of a structural shift.
But if you’re a real estate investor, the macro can feel distant. The question that matters is simpler: what does this actually look like for buildings? How does a change in the global monetary system show up in the assets you own, the facilities you develop, the capital decisions you make?
The Macro in Brief
The system that produced the last 40 years is unwinding. Falling interest rates from 1982 to 2020. The role of government shrinking relative to markets. Credit abundant and cheap. Globalised supply chains anchored in China, delivering ever-lower costs. That configuration created the world we know. It rewarded financial engineering, asset-light business models, and the optimisation of existing income streams over the building of new productive capacity.
What’s replacing it is different in character. Governments are directing capital toward strategic ends. Pension funds are being told, gently at first and then less gently, to invest domestically. Tariffs on Chinese goods are spreading across Europe and America. Industrial policy is being dressed in national security language, which makes it harder to oppose and easier to fund. Inflation will run high enough to erode debt-to-GDP ratios over time, but low enough that politicians can stay in office. The experiment of 2020 to 2022, when 40 percent of all dollars ever created came into existence, tested the upper bound. Governments learned where the ceiling is. They won’t repeat that mistake, but they will run inflation hotter than the targets suggest.
Napier points to the capital cycle as the guide for investors. The greatest returns come from sectors where financial capital hasn’t funded investment for years. By this measure, AI is the known story. Everyone is funding data centres. The valuations are stratospheric. The unknown story is the productive capacity that needs to be built to decouple from China. Factories, industrial facilities, supply chain infrastructure. These sectors have been starved of capital for decades because who wanted to invest in a company competing with Chinese overcapacity? That calculus is now reversing, but the capital hasn’t yet followed.
He also warns about geography in a way that feels unfamiliar to anyone who came of age in the era of free capital movement. Capital controls have accompanied every prior episode of financial repression. Money flows freely across borders now. It may not later. Napier calls it a lobster pot: you’re allowed in, you’re just not allowed back out. Where you hold assets will matter as much as what you hold.
That’s the frame. Now the translation to physical assets.
What Buildings Do Makers Need?
If the future belongs to makers, someone has to house the making. This sounds obvious, but the implications are significant. Most existing industrial stock was built for a different purpose. The logistics sheds that dominate industrial portfolios were designed for distribution, not production. Boxes near highways and ports, optimised for racking and forklifts, built quickly and cheaply to serve globalised supply chains that moved goods manufactured elsewhere.
The new making needs different buildings entirely.
Power density is the first and perhaps most important constraint. Advanced manufacturing, semiconductor fabrication, battery production, and the data centres that support AI are all energy-intensive uses. A standard logistics shed delivers somewhere between 30 and 50 watts per square metre. That’s enough to run lighting, some climate control, and the charging infrastructure for forklifts. A semiconductor fabrication facility needs ten times that. A hyperscale data centre needs even more. The grid infrastructure to deliver that kind of power simply doesn’t exist in most industrial precincts. It wasn’t built for this purpose. The buildings that can deliver power density, or the land with grid capacity and connection rights to support it, become strategic assets in a way that wasn’t true five years ago.
Structural capability is the next consideration. Heavy manufacturing requires floor loads that can support substantial equipment, clear heights that allow for complex production lines, and column spacing that doesn’t interrupt workflow. Most existing industrial stock, particularly the tilt-up warehouses built for e-commerce fulfilment over the past decade, doesn’t meet these requirements. You can’t simply retrofit a building designed for racking into one that houses precision engineering. The structural bones are wrong.
Flexibility for retooling is increasingly valuable in a world where supply chain resilience matters more than supply chain efficiency. The old model optimised for cost, which meant specialised facilities doing one thing as cheaply as possible. The new model optimises for adaptability, which means buildings that can shift production lines in months rather than years. This favours robust, well-serviced shells over highly customised fit-outs. It favours buildings with excess capacity in their mechanical and electrical systems over those sized precisely for current use.
Workforce access completes the picture. If blue-collar wages rise, and this is explicit policy in the United States and implicit policy elsewhere, then proximity to labour becomes a site selection criterion in a way it hasn’t been for decades. The industrial shed 90 minutes from anywhere, accessible only by car, loses ground to the facility near transit connections and workforce housing. This is a reversal of a long trend that pushed industrial uses to the cheapest land at the urban fringe.
The practical reality is that most industrial real estate doesn’t meet these emerging requirements. The buildings that do, or the land that can be developed to meet them, are undersupplied relative to where demand is heading. The capital cycle says this is precisely where returns should be found. Financial capital starved these sectors for years. Now the conditions are changing, but capital allocation lags the fundamental shift.
What Happens to Financially-Engineered Portfolios?
Private equity owns enormous real estate portfolios globally. Office buildings, logistics facilities, residential complexes, retail centres. These assets were typically acquired with a specific playbook that worked beautifully for 15 years: leverage up with cheap debt, optimise the spread between borrowing cost and income yield, cut operating expenses where possible, defer capital expenditure to future owners, and exit before the deferred bills come due.
That playbook had an assumption baked into it: cheap, abundant credit that could always be refinanced. What happens when credit tightens and gets directed elsewhere?
Refinancing becomes harder. Assets sitting on private credit facilities face a different market when bank lending is favoured by regulators and shadow lending is squeezed. Napier’s point about the reintermediation of commercial banks matters here. Banks will be central to financial repression because their balance sheets can expand in ways that create the money needed for the policy objectives. Private credit doesn’t have that structural advantage. The debt that rolled easily every three years becomes harder to roll. Terms tighten. Pricing increases. Some assets that pencilled at one set of assumptions no longer pencil at another.
Deferred maintenance compounds in ways that aren’t obvious until they become critical. Financial engineering often treats maintenance as discretionary. It’s a line item that can be pushed out to juice near-term returns, with the assumption that the next owner will deal with it. In a low-inflation environment, that deferral has a cost, but it’s manageable. In an environment where materials costs, labour costs, and equipment costs are all rising 4 to 5 percent annually, every year of deferral increases the eventual bill. The gap between what was deferred and what it costs to remedy widens. A roof replacement that could have been done for a certain sum five years ago now costs meaningfully more, and the water damage from the leaks that occurred during the deferral period adds further cost.
This creates opportunity for those who can see clearly. Forced selling will occur. If the leveraged ownership model loses its edge through tax changes, credit constraints, or simple refinancing pressure, assets will come to market from stressed sponsors. The edge for buyers in that environment is knowing which assets have been genuinely maintained versus cosmetically maintained. That’s not visible in the data room. The financials will look similar. The difference is visible in the plant room, on the roof, behind the façade panels. It requires physical knowledge, not just financial analysis.
What Does Inflation Do to Buildings?
Sustained inflation, running at 4 to 5 percent annually for a decade or more, changes the arithmetic of building ownership in ways that aren’t always obvious at the outset.
Operating costs compound relentlessly. Labour, energy, insurance, materials, contractor rates, compliance costs. A 4 percent annual increase feels manageable in year one. It’s barely noticeable against other variables. But compound that over a decade and your cost base has grown by roughly 50 percent. If your rental income hasn’t kept pace, and there are many lease structures where it won’t, your operating margin compresses steadily. The asset that generated attractive returns at acquisition delivers diminishing returns as the years pass.
Maintenance becomes the alpha in this environment. The spread between well-maintained and poorly-maintained assets widens dramatically when costs are rising. I’ve spent enough time in plant rooms to know what deferred maintenance actually looks like. A chiller that’s been nursing a refrigerant leak for three years while the capital request sits in a queue. A roof membrane past its service life, with the replacement pushed out year after year. Façade sealant that should have been replaced a decade ago, now allowing water ingress that’s damaging the structure behind. Every year you defer, the fix costs more. The owners who understand their assets at a physical level, who know what’s actually happening in the building rather than what the asset management report says, will outperform those who manage from spreadsheets.
Lease structures matter more than they did in a low-inflation world. A fixed-rent lease with no CPI escalation, which might have seemed acceptable when inflation was running at 1 to 2 percent, becomes a significant liability when inflation runs at 4 to 5 percent. Over a 10-year lease term, the real value of that income stream erodes dramatically. Leases with inflation protection, whether through direct CPI linkage or regular market reviews, preserve value. The detail of how income adjusts through the cycle separates winners from losers in ways that didn’t matter as much before.
Capital planning becomes the edge. Knowing the 10-year capital requirement for a building, understanding what needs to be spent, when, and why, becomes a source of competitive advantage. Not the acquisition price. Not cap rate arbitrage. Not financial engineering. The ability to see the physical reality of an asset clearly and price that reality into your underwriting. This is a different skill set from what dominated the last two decades. It favours operators over traders, long-term holders over quick flippers, physical knowledge over financial abstraction.
Where Does Capacity Actually Get Built?
The friend-shoring narrative is well understood at the macro level. Supply chains are relocating from China to aligned jurisdictions. Vietnam, Mexico, Korea, Japan, Taiwan, Thailand, Malaysia, parts of Latin America. This is priced into equity markets. The companies positioned to benefit have seen their valuations adjust.
What’s not priced is the physical delivery. Someone has to build the facilities. The macro story runs well ahead of construction timelines.
Infrastructure gaps are real and substantial. The markets receiving friend-shored production don’t have the industrial real estate inventory to absorb the demand. Power supply is often inadequate. Water availability is constrained in some locations. Transport links to ports and airports need upgrading. Workforce housing near industrial zones is scarce. The enabling infrastructure that makes manufacturing possible is often inadequate for the scale of what’s coming. This is where execution risk sits. Not in the thesis, which is sound, but in the physical delivery, which is hard.
Development capability is scarce in these markets. Building manufacturing facilities for demanding occupiers like semiconductor companies, defence contractors, and precision manufacturers requires expertise that doesn’t exist everywhere. These aren’t standard logistics sheds. They have complex specifications, tight tolerances, and occupiers who know exactly what they need. Developers who can deliver to spec, on time, in markets where they may not have deep experience, become valuable partners. This capability gap is an opportunity for those who have it and a barrier for those who don’t.
Geography creates lock-in in ways that matter more now than they did before. Napier’s warning about capital controls applies to real estate with particular force. Buildings are illiquid by nature. You can’t move a factory to another jurisdiction. If you own a facility in a country that later restricts capital outflows, your wealth is effectively trapped there. You can enjoy the income, but you may not be able to repatriate the capital. Where you own matters as much as what you own. This is a dimension of real estate investment that most institutional frameworks ignore because it hasn’t been relevant for 30 years. It may become relevant again.
What’s the Edge for Real Estate Investors?
If this regime shift plays out as described, several implications follow for how real estate portfolios should be constructed and managed.
Asset selection tightens considerably. Not all real estate benefits from this transition. Buildings that house production, especially production that governments deem strategic, have structural tailwinds. Buildings that house pure financial intermediation, the trading floors and fund administration offices and headquarters of the financial engineering complex, face structural headwinds. This isn’t a prediction that office goes to zero or industrial goes to infinity. It’s an observation that the portfolio composition that made sense for the last 40 years may not make sense for the next 20. The weightings need to shift.
Operational intensity increases as a source of value. The passive model of real estate ownership, where you collect rent, defer capital expenditure, and trade the asset based on cap rate movements, loses its edge in this environment. The owners who understand their buildings physically, who manage them actively, who plan capital expenditure strategically rather than reactively, will outperform. This favours a different kind of real estate investor. Less financial engineer, more operator. Less spreadsheet optimisation, more physical knowledge.
The capital cycle favours the ignored and the unglamorous. Industrial facilities, manufacturing buildings, assets in markets that haven’t been fashionable for years. These sectors have been starved of capital because the old regime didn’t reward them. That’s precisely where Napier’s framework says returns should be found. The unknown story rather than the known one. The sectors where financial capital hasn’t funded new investment, where valuations are low because no one wanted to compete with Chinese overcapacity, where the coming demand hasn’t yet been reflected in pricing.
The Geographic Question
This dimension deserves more attention than it typically receives.
Napier’s image of the lobster pot captures something important. Capital controls, when they come, don’t prevent money from entering a jurisdiction. They prevent it from leaving. You’re allowed in. You’re just not allowed back out.
Real estate is inherently jurisdiction-locked. You cannot move a building. If you own assets in a country that later restricts capital outflows, or that imposes punitive taxes on repatriation, or that requires reinvestment of sale proceeds domestically, your wealth is trapped there. You can live well in that jurisdiction. You can spend the income. But you cannot bring the capital home to deploy elsewhere or to fund retirement or to pass to the next generation in a different location.
The practical implication is to think carefully about where you want to be able to spend money over the coming decades. Own assets in jurisdictions where the rule of law around property rights is strong, where the political trajectory is toward openness rather than closure, where you have confidence that you can access the proceeds when you want them. The free movement of capital across borders has been the norm for 30 years. An entire generation of investors has come of age assuming this is the natural state of affairs. It may not be the norm for the next 30 years. History suggests it’s the exception rather than the rule.
The Uncertainty
This thesis could be wrong. Every thesis can be wrong.
Productivity growth could bail everyone out. A genuine breakthrough in energy technology, whether fusion or dramatically cheaper solar or something not yet imagined, could change the calculus entirely. Cheap energy is the factor that really matters, more than AI, more than any other technology. If energy becomes abundant and cheap, many of the constraints described here loosen.
The political coalition behind industrial policy could fracture. Voters might reject the costs of reshoring. Corporations might find ways around the intent of the regulations. The regulatory state might overreach and face backlash. China might liberalise in ways that restore trust. Financial engineering might adapt to the new environment and continue to deliver returns.
But the direction of travel, as visible today, points consistently in one direction. Policy documents emphasise makers over financial engineers. Capital is being directed toward strategic industries. Inflation is running above target with limited urgency to bring it down. Trade barriers are rising. Domestic investment mandates are spreading. The cultural mood favours tangible over abstract, real over virtual, physical over digital.
The weight of evidence suggests this is a regime shift, not a cyclical fluctuation. It will take years, perhaps decades, to fully play out. But the direction is set.
Where This Leaves Us
The movement to real isn’t a trade to put on and take off. It’s a regime shift that will reshape which assets matter and which don’t over a long horizon.
For those of us who work at the intersection of capital and physical assets, this is clarifying. The edge moves from financial structuring to physical understanding. From spreadsheet optimisation to knowing what’s actually in the building, what state it’s in, what it will cost to maintain, and whether it serves the economy that’s emerging or the one that’s ending.
The macro will eventually become consensus. Napier’s thesis will spread. The capital cycle will be understood. But the translation to specific assets, specific markets, specific buildings, that remains the territory where differentiated judgment creates value. Knowing which industrial precincts have the grid capacity for advanced manufacturing. Knowing which assets have been maintained versus merely marketed as maintained. Knowing which jurisdictions will protect capital and which will trap it.
This is what the next decade of real estate investment will reward. Not cleverness in financial engineering. Not speed in trading cap rates. Physical knowledge. Operational capability. The ability to see buildings as they actually are and understand what they’re worth in the world that’s coming.
Published: February 2026