Global office fit-out costs guide 2026

• Cost pressures amidst complexity & uncertainty. Global fit-out costs have risen 2-6% over the past year, and uncertainty is now a factor in planning and budgeting any program.
• Identifying the right typology for high-performance workspaces. As C-suite attention firmly shifts to performance and ROI, understanding the optimum office typology is critical from the earliest stage, as fit-out costs can vary 10%-30% across different typologies and specifications.
• Energy’s growing role in fit-out decisions. Energy costs are impacting both materials prices and design specifications. Rising energy costs are rippling through every layer of fit-out budgets, from raw material pricing to mechanical and electrical specifications.
• Delivering AI-readiness in office fit-outs. Technology has become one of the most complex components of modern office fit-outs. Greater system integration is now standard, and upstream pressures like rising copper prices are feeding through to project budgets.

The global office fit-out market continues to navigate a complex and shifting landscape. After years of sustained cost pressure, 2025 brought a degree of stabilization — material prices moderated in several regions, and broader inflation eased. Yet the outlook is far from settled. Geopolitical disruption, persistent labor shortages, elevated energy costs, and the rising complexity of technology requirements continue to shape project budgets in ways that demand careful, informed planning.

JLL's Global office fit-out costs guide 2026 draws on cost data from 68 cities and 40 markets worldwide, providing occupiers with the intelligence they need to plan capital programs with confidence and make investment decisions that are both realistic and strategically sound.

Global fit-out costs have risen approximately 2-6% over the past year, with 52% of markets reporting slight increases in Q4 2025 and 48% seeing little or no change. The picture varies considerably by region.

The global average fit-out cost for a moderate corporate office stands at $2,150 per square meter, but with significant variation across geographies. North America remains the most expensive region at $3,200/sqm on average, driven by high labor costs, tariff impacts, and competitive market conditions. Europe, Middle East and Africa follows at $2,300/sqm, with moderate increases across much of Europe and continued growth in the Middle East. Latin America averages $1,800/sqm, while Asia Pacific remains the most cost-competitive region at $1,550/sqm, with broadly flat conditions due to competitive tendering — though inflation and labor pressures continue to affect specific markets.

Within these regional averages, individual city costs vary dramatically. The majority of the world's most expensive cities for fit-out remain in North America — New York City, San Francisco and Boston all command costs well above the global average — alongside established global hubs such as London, Singapore and Tokyo. At the other end of the spectrum, cities across India and parts of Southeast Asia offer significantly lower costs, making granular city-level benchmarking essential for any global portfolio capital plan.

Delivering office fit-out projects on time and on budget has never been more complex. While economic conditions broadly stabilized in 2025 and early 2026, a confluence of global macroeconomic pressures continues to affect local markets in varied ways — making it critical to understand how global forces translate to local context, buildability, and viability.

Ongoing conflict in Iran and disruption to the Strait of Hormuz are causing significant volatility across energy, metals, petrochemicals, and plastics markets, with ripple effects on material availability and supply chain predictability worldwide. While it remains too early to assess the full economic impact, energy cost increases, impact on exports from the Middle East and general economic volatility will all have impacts on the cost of materials and fit-out projects.

In the past 12 months, labor was, and remains, the defining structural challenge, with skilled worker shortages affecting 55% of markets globally, particularly for M&E specialists, electricians, and specialist fit-out trades. Raw materials remain a significant concern, with steel and copper being the primary pressure points. Energy costs are a growing concern as energy-intensive materials, including plasterboard, glass, and ceramics, face additional pressure from cost increases.

12 months on, US trade tariffs continue to be widely reported as a direct and indirect cost driver. The impact is most direct where supply chains route through US ports or rely on US-priced commodities, but the ripple effects are being felt in markets far beyond North America.

Fit-out costs vary considerably depending on scope, space requirements, and the quality of finishes and specifications selected. Understanding the relative weight of each cost category is vital to creating feasible project plans amid ongoing uncertainty. Builders' Works and Mechanical and Electrical (M&E) services are the most significant cost categories in a typical fit-out. Builders' Works account for approximately 35–38% of total project costs globally, while M&E typically ranges from 25–31% — and can reach 40% or more in markets with high sustainability specifications or where specialist equipment and labor must be imported.

M&E costs are of particular concern: copper prices have risen 26–30% year-on-year, directly inflating the cost of cabling, switchgear, transformers, and HVAC components. Semiconductor shortages continue to affect the pricing and availability of smart building controls, VRF air-conditioning systems, BMS equipment, and electrical switchgear. Further cost increases are likely as supply chain disruption persists and energy prices remain elevated.

Organizations globally are navigating challenging operating environments — under pressure to improve employee performance, attract and retain talent, and maintain agility in both business planning and real estate strategy amid continued uncertainty.

The most significant determinants of project cost and ROI are rarely headline construction rates. They are the design decisions made early: what typology of workspace, and to what quality of specification.

JLL identifies three primary office layout typologies. An open and flexible (progressive) layout, characterized by open collaboration spaces and agile work zones suited to predominantly mobile, collaborative workforces, carries a global average cost of $1,900–$2,300/sqm. A high spatial variety (moderate) layout — combining open and enclosed collaboration spaces with dedicated agile zones and focus areas, well suited to most hybrid-working populations — runs $2,000–$2,500/sqm. A structured (traditional) layout, focused on dedicated desks, private offices and enclosed meeting rooms for functions requiring privacy and concentration, sits at $2,100–$2,600/sqm.

Without grounding typology and specification decisions in a clear understanding of workforce needs and strategic portfolio goals, organizations risk either underinvesting in environments that fail to deliver, or overspending on quality that does not match what their teams actually require.

Energy costs are shaping both the demand for sustainable fit-outs and the cost of delivering them. Operational cost pressures have brought energy efficiency firmly into focus, with 73% of occupiers globally reporting cost reduction as their top organizational priority. Separately, 88% of CRE leaders globally identify reducing operating costs through energy savings as a top C-suite priority for the next three years. Office fit-out and interior design play an increasingly important role in achieving these goals; 70% of markets in this year's study reported an increase in requests for sustainable fit-outs.

Since 2022, increased energy prices have been having trickle-down impacts on construction materials, creating stubbornly consistent elevated construction cost inflation in most regions globally. While it is only one part of the complex factors that influence construction and office fit-outs, it does play a significant part in cost pressures. As recent geopolitical events have created volatility in energy markets globally, there is growing caution around project costs in relation to this, particularly for energy-intensive fit-out materials including steel, cement, and glass. For occupiers managing energy cost risk, proactive procurement timing, fixed-price commitments from contractors, and early engagement with cost specialists are among the most effective tools available to protect budgets against further escalation.

63% of markets have seen an increase in demand for more complex technology integration in fit-out projects over the past year, the same level as reported in Q4 2025. The cost of technology varies considerably by region, with some regions seeing little increase in the past 12 months, while costs in EMEA have increased, due in large part to the cost of copper and semiconductors.

Geopolitical and economic uncertainty will continue to impact fit-out costs. The confluence of geopolitical instability, trade policy shifts, and energy market volatility that defined 2025 and early 2026 is unlikely to resolve quickly, and occupiers should plan accordingly. Clients and project teams should carry contingency provisions and procurement strategies that account for continued uncertainty.

AI demands are growing but are exposed to cost increase risks. The impact of AI continues to evolve, with a need for technology solutions to become more adaptable to rapidly changing requirements. Technology costs are also highly exposed to energy price volatility and commodity cost increases, requiring ongoing review throughout projects.

Embrace adaptability in design, planning, and programs. As uncertainty and complexity shape operational needs, the ability to build flexibility into both design and delivery programs is critical. Design frameworks that accommodate future reconfiguration, phased delivery models, and procurement approaches that allow for modular or adaptive fit-out components can reduce long-term cost exposure.