Condition Survey

A condition survey is a structured assessment of the physical state of a building, structure, or asset. It produces a documented record of existing conditions — defects, deterioration, maintenance requirements, and residual life estimates — that can be used for a range of purposes: planned maintenance programming, dilapidations negotiation, pre-acquisition due diligence, insurance claims, or capital expenditure budgeting.

Condition surveys are commissioned by a wide range of clients: building owners who need to understand their maintenance liabilities, tenants who want a baseline record of condition at lease inception, buyers and lenders assessing risk before acquisition, and facilities managers building an asset register. The scope and format of the survey varies significantly depending on its purpose.

A maintenance-oriented condition survey typically rates each building element (roof, façade, windows, structure, M&E plant) against a condition scale — commonly a 1-4 rating where 1 is new or very good condition and 4 requires immediate attention. This provides a framework for prioritising expenditure and estimating maintenance budgets over a 5-10 year planning horizon.

A legally-oriented condition survey — such as a schedule of condition agreed at lease inception — requires greater precision and more rigorous documentation, since the record may later be used to assess terminal dilapidations liability. In these cases, photographic evidence is critical: written descriptions alone are frequently contested, whereas a photograph of a pre-existing crack taken at lease start with a scale reference is difficult to dispute.

The methodology of condition surveys has evolved significantly with the adoption of digital photography and, more recently, 360° panoramic photography. Traditional surveys relied on written notes and a selection of representative photographs. Modern practice increasingly combines written condition schedules with spatially-indexed photographic records — panoramas pinned to floor plans — that allow any element to be cross-referenced to its precise location on the structural drawings. This spatial approach reduces ambiguity in reports and makes it substantially easier for parties who were not present on site to understand the condition of specific elements.