RICS Level 3 Building Survey in Stone ST15

A RICS Level 3 Survey is the most comprehensive property inspection available and is particularly valuable in Stone where the housing stock includes a wide variety of construction types and ages. Our surveyors examine every accessible element of the property, from the foundations and walls to the roof structure and insulation, providing you with a detailed understanding of the building's condition. Unlike simpler surveys, the Level 3 provides technical descriptions of defects, their likely causes, and recommendations for remediation.

Stone's property market features everything from 18th-century Georgian homes with traditional solid wall construction to 1970s detached houses with different building techniques and materials. Many properties in the area have been extended over the years, and our surveyors are trained to identify alterations, assess their structural integrity, and check whether proper building regulations approval was obtained. We have found numerous cases in the ST15 area where extensions were added without appropriate permissions, which can affect mortgageability and future saleability.

The Level 3 Survey format is specifically designed for properties in conventional condition but also works well for older homes, buildings with obvious defects, or properties where you plan to carry out major renovations. We provide a written report with clear ratings for each defect found, photographs showing the issues, and actionable recommendations for repairs and maintenance. The report uses the RICS traffic light system so you can quickly identify which issues require urgent attention.

For properties in Stone that have been vacant for extended periods, properties showing signs of subsidence or movement, or homes with significant timber decay, the Level 3 Survey provides the detailed technical information you need to make an informed decision or negotiate an appropriate reduction in the purchase price. We have identified numerous serious structural issues in ST15 properties that have saved buyers from costly mistakes.

Stone town centre features a mix of period properties including Georgian and Victorian townhouses along the historic High Street and surrounding streets. These properties often feature traditional construction methods including solid brick walls, original timber frame elements, and heritage features that require specialist assessment. Our surveyors understand the typical defects found in period properties and know what to look for, from settlement cracks in solid walls to the condition of historic timber windows.

The Walton and Barlaston areas include substantial 20th-century detached and semi-detached houses built during the mid-century period. These properties often feature cavity wall construction but may have issues with concrete lintels, garage structures, and original windows that require attention. Many of these homes have been extended over the years, and our surveyors assess whether these extensions were properly constructed and approved. We commonly find issues with original concrete tile roofs in this area that may need replacement.

Newer developments in Stone, particularly around the Crown Street area and towards the Trentham Road, include modern properties that may benefit from a snagging inspection in addition to the standard Level 3 Survey. Even new builds can have defects, and our detailed inspection ensures you identify any issues before completing your purchase. We have surveyed numerous new build properties in the ST15 area where we have identified defects that were not apparent to the buyers.

Properties near the River Trent, particularly in lower-lying areas of Stone, may have specific considerations related to flood risk and ground conditions. Our surveyors note any evidence of past flooding, dampness issues, or drainage concerns that could affect the property's long-term condition and value. The clay soil prevalent in the Stone area can cause foundation movement, and we specifically look for signs of this in our inspections.

Properties in Stone are built on clay soils that are prone to shrinkage and expansion with changes in moisture content. This ground movement can cause foundation issues, particularly in properties with shallow foundations or those with trees nearby that extract moisture from the soil. Our surveyors look for signs of foundation movement including cracking to walls, doors and windows that stick, and uneven floor levels. We have identified numerous properties in the ST15 area with foundation concerns that required further investigation by a structural engineer.

Many period properties in Stone feature solid wall construction without cavity insulation, making them more susceptible to damp penetration. We frequently find rising damp in ground floor walls, particularly where original damp proof courses have failed or were never installed. We also identify penetrating damp caused by defective gutters, damaged roof coverings, and missing pointing to external walls. The condition of the solid wall construction and any signs of damp are carefully documented in our reports.

Roof defects are commonly identified in our Stone surveys, particularly in properties with older roof coverings that have reached the end of their service life. We find slipped tiles, damaged flashing, and deteriorated mortar to ridge tiles that can allow water penetration. For properties with flat roof areas, we commonly identify ponding water and failed felt or membrane systems. The condition of the roof structure, including any rot or insect damage to timber elements, is thoroughly assessed.

Windows and doors in older Stone properties often require attention, with rotting timber frames, failed double glazing seals, and damaged hardware being common findings. We assess the condition of all windows and doors, noting any draughts, condensation between glass panes, or difficulty in operation. For properties with original timber sash windows, we evaluate whether they can be repaired and restored rather than replaced, which is often the more cost-effective option.