Global construction trends – inflation, red tape and surging lead times

While global construction markets face remarkably similar challenges, our latest Global Construction Market Intelligence (GCMI) findings reveal that the strategies used to overcome them are becoming increasingly divergent.

Covering 112 markets across eight regions, the GCMI 2026 report highlights a global construction sector adapting to overcome common challenges: high construction costs; bureaucratic bottlenecks; material lead-in times; and skilled labour shortages. The regional responses and strategies to address these vary considerably, shaping how projects are procured, priced and delivered.

In the UK, cost pressures have driven tighter procurement controls, greater adoption of modern methods of construction and targeted investment in skills development. Initiatives such as the Department for Education’s continued rollout of offsite-manufactured schools demonstrate how clients are seeking greater certainty around programme, cost and delivery.

North America is tackling similar inflationary pressures through reshoring policies, domestic manufacturing incentives and workforce development programmes designed to attract new entrants into construction and infrastructure.

Meanwhile, Australia has focused on targeted skilled migration pathways and productivity improvements, including New South Wales’ Construction Industry Modernisation Strategy, while accelerating the adoption of digital delivery and offsite manufacturing to support an extensive pipeline of major transport projects.

Regional risk profiles are diverging. The UK stands out for placing economic instability in its top three challenges. High interest rates, weak growth and public‑sector budget pressures are reducing pipeline certainty and heightening sensitivity to cost escalation, creating viability issues that slow progression into delivery.

In other regions, geopolitical factors are exerting greater influence. In North America, concerns over tariffs, shifting policies and international tensions are prompting action: governments and major clients are broadening supply chains, expanding domestic production and adopting more strategic sourcing to strengthen resilience and reduce reliance on imported materials.

South America and Africa both identify “difficulty accessing credit” as a leading challenge, though for different reasons. In South America, elevated interest rates, fiscal pressures and currency volatility have constrained private investment. Governments are relying on public-private partnerships and support from development banks to attract capital.

Across Africa, limited access to long‑term finance reflects less-developed capital markets, higher borrowing costs and greater perceived investment risk. Many countries are working more closely with multilateral development banks and development finance institutions to secure concessional lending, credit guarantees and blended finance to unlock private investment.

These regional differences matter because they shape how projects are financed, procured and delivered, reinforcing the need for tailored delivery strategies rather than a one‑size‑fits‑all approach.

Material lead-in times, exacerbated by supply chain volatility, continue to be a significant constraint across global construction markets, influencing procurement strategies and increasing delivery risk for complex projects. More than 30% of respondents reported lead-in times exceeding 41 weeks for major mechanical, electrical and plumbing (MEP) equipment, while a further 31% cited delays of between 26 and 40 weeks.

Generators are experiencing the longest delivery periods, with more than a third of respondents reporting lead-in times of more than 41 weeks. Switchgear follows closely behind, while air handling units (AHUs), fan coil units (FCUs) and rooftop units (RTUs) continue to face extended lead times. These delays reflect ongoing pressure on global manufacturing capacity and supply chains.

The surge in AI, cloud computing and digital services has triggered unprecedented investment in hyperscale facilities, each requiring vast quantities of specialised MEP equipment. Manufacturers are already operating at or near capacity, and with AI workloads forecast to grow exponentially, demand for generators, switchgear and cooling systems is expected to rise sharply.

Without significant new manufacturing investment, lead‑in times may lengthen further, creating a reinforcing cycle of congestion. Clients delivering complex or mission‑critical assets, particularly data centres, will need to secure production slots earlier, diversify supplier networks and build design flexibility to avoid being caught in the tightening supply squeeze driven by AI‑related growth

Early procurement has shifted from a defensive measure to a core strategy for programme certainty. Organisations are securing long‑lead items much earlier in the project lifecycle to protect schedules and maintain delivery confidence, with programme resilience now weighted alongside cost in decision‑making.

They are also building flexibility into programme planning, strengthening contingency arrangements and engaging suppliers and manufacturers sooner. Early market engagement matters because it gives clients real visibility of capacity constraints, emerging risks and realistic lead times. It enables suppliers to shape specifications before they become fixed, improves cost and schedule forecasting, and helps clients secure production slots in congested markets.

Procurement strategies are evolving in parallel. Clients are moving towards partnership‑based procurement, multi‑stage processes that allow early technical input, and commercial models that share risk to lock in delivery commitments.

Markets facing the longest delays are diversifying supplier networks, investing in domestic manufacturing and adopting design flexibility, offsite methods and modular approaches to reduce exposure to supply chain disruption. For clients, this means engaging earlier, building design optionality and using procurement to shape demand rather than simply reacting to it.

The data predates the recent escalation in the Middle East. Continued disruption to shipping, logistics or energy markets could extend lead‑in times further, making early procurement, diversified supply chains and stronger client-contractor-supplier collaboration even more critical for resilience.

Overall, the findings show that while construction markets share common pressures, they experience them differently. Recognising these variations and adjusting delivery, procurement and supply chain strategies accordingly will be essential for navigating the increasingly complex construction environment in 2026.

Barrett Harris is a senior economist at Turner & Townsend.