CHALLENGE

Comparing construction costs

Comparing construction costs between international markets is about more than just indicative pricing across markets, they also provide valuable insights into global best practices, which can inspire innovation in both design and delivery.

Convert to a single currency - USD for comparison.

Most of the international comparisons in this report are based on currency exchange rates, which is a commonly used and practical method for multinational organisations managing projects in their home currency.

In today’s volatile economic landscape, market uncertainty, particularly around geopolitical tensions, continues to influence exchange rates and, by extension, the affordability of imports and exports across many countries.

Our analysis compares exchange rates from March 2025 to March 2026, capturing changes within that specific timeframe. Over this period, 36.1% of global currencies have depreciated against the US Dollar, while the other 63.9% appreciated.

In the first half of 2026, the US dollar continued to soften as inflation progress stalled, rate‑cut expectations became more cautious and global investors diversified away from US assets.

This shift has supported a broad strengthening of other major and emerging‑market currencies, driven by rebalanced capital flows and a reduced appetite for dollar‑denominated holdings. With the US appearing relatively less compelling as a yield and growth destination, currency markets are adjusting accordingly, prompting central banks worldwide to reassess their own policy paths in response to a more diffused global investment landscape.

Although these trends are not directly reflected in the construction cost data presented in out 2026 survey, they play a prominent role in shaping international construction cost comparison. As such, ongoing monitoring of currency movement is essential, given their substantial impact on project and programme costs.

The average cost in USD for the following building types are assessed to rank how expensive each market is to build in.

  • CBD Offices - up to 20 floors medium (A-Grade)
  • Midscale hotel
  • Upscale/ luxury hotel
  • Large warehouse distribution centre
  • Automotive retail (car showroom)
  • Apartments high rise

Advantages

  • Easy to understand and visualise
  • Gives the cost of typical building in each country

Disadvantages

  • A change in the exchange rate makes a significant difference: if a particular currency is strong compared to the base currency, the cost of construction looks expensive
  • Is not a reliable indicator of relative costs and efficiency of construction between countries

Location index

The location index provided in this document offers a common base to compare costs of construction across different markets. London equals 100 as the initial base or reference point, with the deviation from 100 driven by our average cost in USD of several different building types of construction.

Terms and references

Building costs per m²

The average cost per square meter of a building measured to the outer perimeter of external walls or other external construction features, sheltered areas and external floor areas. In this survey, building costs per m², sometimes referred to as direct costs (as opposed to indirect costs) are for construction of the building, including preliminaries (or general conditions) costs and substructure, columns, upper floors, staircases, roof, external walls, external doors, internal walls, internal doors, wall finishes, floor finishes, ceiling finishes, fitments, plumbing, HVAC, fire protection, electrical and communication systems and transportation systems.

It is assumed that building costs are based on the typical building standards and building methods for the region.

This survey’s building costs per m² information comes from programmes underway at the beginning of 2026, relevant for Q1 2026, and excludes applicable taxes. All exchange rates are from March 2026.

Our international building costs per m² comparison has been calculated using the average values of the low and high ranges of the typical costs of all asset classes within our survey – excluding new data entries. Cost per m² information, collated from our survey, has formed the baseline of our in-house view of international building cost comparisons and rankings.

Expert opinions of experienced colleagues and sector specialists, informed by projects and programmes delivered in each location and external data have been used to support decision-making.

Costs, comparisons and location factors are only applicable for generalised building works as a high-level indication of preliminary costs. They are only suitable as an initial assessment of approximate build costs and quoted figures are to be treated with at least a +/-10.0 percent range of accuracy.

Actual costs are dependent on building design, inclusions, exclusions and site conditions. Cost comparisons between countries are subject to different interpretations, building methods and standards for costing, measurement and construction. Costs may vary substantially between regions within countries.

Exclusions from building costs per m²

External works, landscaping, professional fees, demolition, loose furniture, fittings and equipment, developer’s internal costs and finance, local authority fees and headworks charges, land, legal, finance and holding costs, GST or sales taxes, site investigation and test bores, removal of significant obstructions in the ground, abnormal footings. Allowance for underground or on-site car parking is also excluded from the building cost unless stated otherwise.

Labour costs

Labour costs are the all-inclusive cost to the employer, which includes the basic hourly wage, allowances, taxes, annual leave cost and where paid by the employer, workers’ compensation and health insurance, pensions, and travel costs and fares. It excludes overheads, margins, overtime and bonuses.

Inflation forecasts

This report contains forward looking construction cost inflation data that are subject to risk factors associated with global and local market changes. It is to be noted, that at the time of this report’s publication, the expectations reflected in these indices are reasonable. However, given the current volatile market conditions and rapid pace at which market conditions have and are continuing to change, these forecasts may be affected and may no longer be valid.

Therefore, the inflation forecasts included in this report should be used only as a guide. Turner & Townsend recommend seeking the advice of a local Turner & Townsend representative or contact prior to the use of these allowances, to ensure they are valid and remain current.

Composite trade rates

Description
Detail
Assumptions
Including
Excluding
Excavate basement (m³) (1,800m³ job)
Basement excavation: bulk excavation by mechanical means to form basement, average 4m depth of excavation from ground level to formation level
1,800m³ bulk excavation; city centre site; all excavated material is deemed to be inert; no obstructions in ground
Bulk excavation to form basement only
Earthwork support; Excavating below groundwater level; disposal of excavated material; compacting formation level to receive floor construction; breaking out obstructions in ground
Excavate footings (m³)
Foundation excavation: excavation by mechanical means for foundations; not exceeding 2m deep from existing ground level
all excavated material is deemed to be inert; no obstructions in ground
Excavation to form foundations only
Breaking out surface materials (e.g. hardstandings, pavements, etc.); Earthwork support; Excavating below groundwater level; disposal of excavated material; compacting formation level; breaking out obstructions in ground
Concrete in slab (m³) (1,500m³ job) (150mm thick)
Reinforced in-situ concrete in suspended upper floor slab, horizontal, 150mm thick, reinforced concrete RC32/40; aggregate size 20mm, cast into formwork
1,500m³ total quantity required
Concrete only
Reinforcement, formwork, surface finishes
Reinforcement in beams (tonne)
Reinforcement for insitu concrete beam; high-yield steel bars; 16mm nominal size; straight; not exceeding 12m long
-
Reinforcement only
pre/post tensioning
Structural steel beams (tonne)
Structural steel framed members; permanently erected on site; Lengths over 1m but not exceeding 9m; Weight 50–100kg/m; Beams
-
-
-
Pre-cast concrete wall (m²) (200m thick)
Precast concrete wall panels; 200mm thick precast concrete panels; fair-faced finished; fully insulated panels to achieve minimum required U-value 0.26W/m²k; jointing and grouting between units in accordance with manufacturers instructions; fixed using resin anchors to angle cleats bolted to structural steelwork
-
-
-
Curtain wall glazing including support system (m²) (1,000m² job)
External enclosing walls; exceeding 600mm wide; vertical; unitised, powder-coated aluminium framed curtain walling system with solar-controlled, double glazed units with a natural ventilated cavity, including support work, brackets, joints, angles, fixings, gaskets, EPDM sealing membranes etc
2,500m² job
-
-
Plasterboard 13mm thick to stud wall (m²) (3,000m² job)
13mm thick plasterboard sheet wall lining fixed to studs at 600mm centres, including sealants, fixings, supports and accessories
3,000m² job
Plasterboard lining only
Single solid core door including frame and hardware (no) (50 door job)
Internal, single leaf, timber door, 1,010 x 2,110mm overall, non fire-rated, solid core with veneer finish, including hardwood door frame with clear lacquer finish and hardware (average spec)
150 door job
-
-
Ceramic floor tiles (m²) (standard specification on a 1,000m² job)
Ceramic floor tiles (standard spec), to area >600mm wide, laid to pattern, on screed base level or to falls <15 degrees from horizontal, including all grouting, adhesives, accessories, sealant
5,000m² job
-
-
Carpet medium tufted (m²) (standard specification on a 1,000m² job)
Carpet flooring (standard spec), to area >600mm wide, laid level or to falls <15 degrees from horizontal; medium tufted including 8mm underlay, adhesive, primer, gripper and all other fittings and fixings
5,000m² job
-
-
Lighting installation (m²) (5,000m²+ job) (typical installation for a corporate office, blue chip client)
Lighting installation for a typical new build, corporate office for a blue chip client: sub-circuit installations from sub-distribution boards to provide general and emergency lighting including primary equipment, busbars, feeder pillar, lighting controls, fittings, cables and wiring, conduit and trunking, earthing and bonding, identification, testing and commissioning and subcontractor on-costs.
5,000m² job
-
Specialist lighting installations, security lights, street lighting and other exterior lighting not supplied as part of the interior system, BWIC with services
Commercial lift (per unit) for 20 storeys
Commercial passenger lift installation; 26 person capacity; 2m/s; serving 20 levels, front opening door, approx dimensions 1,700w x 2,350d x 2,200h, including testing and commissioning and subcontractor on-costs.
-
-
BWIC with services

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