RICS Level 2 Survey in Stockton-on-Tees

Our RICS Level 2 survey provides a thorough inspection of all visible and accessible areas of the property. Our surveyor examines the roof structure, including tiles, flashings, chimneys, and loft spaces where accessible. Walls are assessed for cracks, bulging, damp penetration, and the condition of pointing and brickwork. Foundation and subfloor areas are visually inspected where possible, looking for signs of settlement, subsidence, or movement that could indicate structural concerns.

The survey includes a detailed assessment of damp levels using moisture meters, with recommendations for remediation if elevated readings are found. Windows, doors, joinery, and finishes are checked for operation and condition. Electrical and plumbing systems are visually inspected, with notes on obvious defects or areas requiring specialist investigation by qualified electricians or plumbers.

In Stockton-on-Tees properties, our surveyors pay particular attention to common issues found in the local housing stock. With the area's varied subsidence risk rated 1.55 times the UK average due to shrinkable clay soils, special attention is given to wall cracks, door alignment, and signs of foundation movement. The borough sits on superficial deposits of clay, gravel, and Till overlying sandstone and mudstone, creating varied conditions across different neighbourhoods. Our team commonly identifies defects in older properties such as deteriorating brickwork, failing damp-proof courses, and roof issues arising from the mix of traditional construction methods used throughout the area's Victorian and Edwardian housing stock.

The report includes a clear condition rating system: Condition Rating 1 (No Repair Needed), Condition Rating 2 (Repairs Needed), and Condition Rating 3 (Urgent Repairs Needed), helping you understand the severity of any issues discovered. Properties in the Norton and Stockton town centre areas, with their concentration of pre-1919 housing, often receive Condition Rating 2 or 3 recommendations due to the age-related wear typical of these period properties.

• Roof and chimney condition
• Damp and moisture assessment
• Structural integrity
• Electrical and plumbing visible defects
• Window and door operation
• Wall and pointing condition
• Drainage and gutters

The Stockton-on-Tees housing market has seen steady growth, with prices increasing by 3.3% in the year to December 2025 and a 6.1% rise in the TS19 8 postcode area. With property values ranging from £87,000 for flats to £278,000 for detached homes, buying without a professional survey represents a significant financial risk. Our RICS Level 2 survey helps protect this investment by identifying issues that might not be visible during a casual viewing.

The local housing stock includes a mix of property ages and types, from Victorian and Edwardian terraces in areas like Norton and Stockton town centre to modern new builds at developments such as Hartburn Grange on Yarm Back Lane and Summerville Meadows off Harrowgate Lane. Each era brings its own common defects: older properties may have damp issues, outdated electrics, or subsidence concerns due to the clay soils, while newer homes might have snagging issues or defects in recently installed systems. The borough has 11 Conservation Areas and almost 500 Listed Buildings, with the highest concentrations in Yarm, Norton, and Stockton, meaning period property buyers should be especially vigilant.

With approximately 69% of dwellings being owner-occupied in the borough, many properties have been well-maintained, but the 14% private-rented sector includes properties that may have deferred maintenance. Our independent survey gives you an objective assessment of the property's true condition, away from the vendor's representations. The report is recognised by mortgage lenders and provides the documentation needed for informed decision-making. Our team understands the local market dynamics and can advise on issues specific to Stockton-on-Tees properties, from the impact of clay soils on foundations to the condition of newer builds at developments like Highgrove at Wynyard Park.

• Independent and unbiased assessment
• Recognised by all major mortgage lenders
• Clear condition ratings
• Detailed repair recommendations
• Market valuation available on request
• Suitable for properties under 100 years old

The geological makeup of Stockton-on-Tees significantly influences property conditions in the area. The borough sits on superficial deposits of clay, gravel, and Till overlying sandstone and mudstone, creating varied conditions across different neighbourhoods. Areas with shrinkable clay soils face higher risks of subsidence, with the borough rated 71st out of 413 UK districts for subsidence risk. During summer months, the probability of valid subsidence claims reaches approximately 70%, with around 60% of these caused by clay shrinkage. Our surveyors are trained to identify the early signs of subsidence, including diagonal cracking wider than 5mm, uneven floors, and misaligned doors and windows.

The varied geology means our team approaches each inspection with knowledge of the specific local conditions. Properties in areas with historical mining activity, though not specifically documented in Stockton-on-Tees, may require additional investigation. Groundwater flooding also affects certain areas, particularly those underlain by permeable rocks or local sand and river gravels. Properties near Lustrum Beck and areas of past surface water flooding, including Fairfield and parts of Billingham, receive particular attention during our inspections. An intense storm in July 2010 caused significant surface water flooding in Fairfield, affecting properties on Victoria Road, Blackburn Close, and Logan Drive, demonstrating the importance of flood risk assessment in certain areas.

The local construction heritage also plays a role in property conditions. Traditional brick construction has been prevalent in the Tees Valley since the end of the 17th century, with early bricks being handmade, long, narrow, and poorly fired. These historical building methods, combined with the local clay soils, mean our surveyors pay close attention to wall stability and foundation conditions in period properties. Understanding these local geological factors helps our surveyors provide accurate, area-specific advice in their reports.

• Clay soil subsidence risk
• Surface water flood zones
• Groundwater flooding potential
• River Tees flood risk areas
• Historical mining considerations

Our surveyors regularly identify specific defects across the local housing stock that buyers should be aware of. Damp issues are particularly prevalent in older properties, often exacerbated by the inappropriate use of modern non-breathable materials such as waterproof membranes, impermeable paints, cements, or renders. Rising damp due to failed damp-proof courses and penetrating damp from wall or roof construction issues are commonly found in Victorian and Edwardian properties throughout Norton and Stockton town centre.

Roof condition problems frequently appear in pre-1919 properties, including deterioration of slate and tile roofing materials, damaged felt on flat roofs, sagging, leaks, and significant heat loss. Chimney instability is another common issue, with leaning stacks, cracks around chimneys, and falling debris presenting safety concerns. Many period properties in the area also have outdated electrical systems and plumbing that do not meet current regulations, including lead or galvanized steel pipes that can lead to leaks and inefficiencies.

The combination of clay soils and aging foundations means structural issues are a key concern in the area. Properties may show signs of foundation settlement and subsidence, manifested as cracks in walls (especially diagonal or step-like patterns wider than 5mm), uneven floors, and misaligned doors and windows. Our team understands these local patterns and provides thorough assessments that highlight the significance of any defects discovered during the inspection.

• Rising and penetrating damp
• Roof deterioration and leaks
• Subsidence and foundation movement
• Outdated electrics and plumbing
• Chimney instability
• Timber decay and woodworm