According to the McKinsey report Construction Productivity & Returns: Where Developers Win in Capital Efficiency, the relationship between construction productivity and development-project returns is becoming a key parameter in capital-investment planning. Against the backdrop of rising costs, extended project timelines, and an increasingly complex regulatory environment, operational transparency and the precise definition of factors affecting final profitability are gaining importance.
One of the fundamental determinants is the accuracy of baseline data. Developers are increasingly assembling a broader set of pre-development inputs, including detailed technical site surveys, analysis of engineering infrastructure, assessment of subcontractor availability, and scenario-based scheduling models. This approach reduces the likelihood of schedule deviations and enables a more accurate calculation of the cost of capital. Financial models are increasingly supplemented with productivity metrics such as execution rates, resource availability, and contractor mobilisation timelines.
The structure of construction contracts has a material impact on project outcomes. Clear risk-allocation mechanisms, cost-adjustment clauses, and material-delivery protocols have become essential components of project documentation. Large-scale developments increasingly rely on frameworks that provide control over key stages through independent technical audits. Reducing uncertainty in timing and cost is directly reflected in internal rate of return (IRR) metrics, payback periods, and the ability to attract partner capital.
Standardisation of processes also plays a critical role. The use of unified design solutions, modular construction systems, and digital construction-management tools contributes to shorter schedules and reduces the likelihood of delays. While adoption levels vary across regions, the positive impact on capital-efficiency metrics is evident when comparing results across multiple project cycles. In mixed-use developments, standardisation affects not only construction execution but also the future operational characteristics of the assets.
As construction-material costs continue to rise, monitoring systems have become increasingly important. Developers and investors rely on regular productivity reporting—often on a monthly basis—to identify deviations and adjust work sequencing. This management approach reduces the risk of cascading delays and improves the predictability of financing schedules. Reporting formats and verification procedures are now commonly specified within contract documentation.
Another important analytical dimension is the flexibility of design solutions. In the context of evolving energy-efficiency standards and engineering requirements, the ability to adapt buildings post-completion without significant additional cost is increasingly valuable. These characteristics are reflected in investment models and influence decisions on capital structure, particularly for long-term ownership strategies.
Overall, construction productivity is increasingly recognised as a factor that directly influences development-project returns. Capital efficiency is achieved through a combination of thorough pre-development preparation, process standardisation, transparent contractor frameworks, and systematic monitoring of key implementation stages.
Commentary from M24 Investment Division:
Construction productivity is increasingly treated as an independent value driver within investment models. Standardised pre-development preparation, control over execution rates, and well-structured contractor agreements have a direct impact on capital efficiency. When evaluating development projects, the focus is shifting away from nominal IRR figures toward the verifiability of the assumptions that ensure timely and on-budget delivery. For us as an investor, this has become a core threshold for entering a transaction.
