RICS Level 2 HomeBuyer Survey in SO19 1 Southampton

Our RICS Level 2 HomeBuyer Survey provides a comprehensive visual inspection of all readily accessible parts of the property. In the SO19 1 area, where housing stock ranges from traditional terraced houses in established residential roads to more modern developments, our surveyors examine the condition of the roof, walls, floors, doors, and windows, as well as the integrity of the building's structure. We inspect both the interior and exterior of the property, including any garages or outbuildings that form part of the sale. This includes checking the loft space where accessible, examining the condition of the damp-proof course, and assessing the overall structural integrity of the building.

Given the geological characteristics of the Southampton area, our surveyors pay particular attention to signs of subsidence or movement that can affect properties built on London Clay. This shrink-swell clay soil can cause foundations to shift, leading to cracks in walls and structural instability. We've seen properties across SO19 1, particularly those built before the 1970s with shallow foundations, showing signs of this type of movement. Our Level 2 survey will identify any visible signs of this and recommend further investigation if necessary, potentially saving you from costly repairs down the line. We measure crack widths, monitor existing movement patterns, and note any signs of previous repair work that may indicate ongoing issues.

The report also addresses flood risk, which is relevant for many properties in SO19 1 given Southampton's proximity to the River Itchen and coastal areas. Properties in lower-lying parts of the SO19 1 area, particularly those near the river corridor, may face elevated flood risk from both fluvial and tidal sources. Our surveyors note any signs of previous flooding, water damage, or dampness that could indicate a property's vulnerability to water ingress. We also check for the presence of damp-proof courses and ventilation systems, which are particularly important in older properties where condensation and rising damp can be common issues. In our experience surveying properties in this area, we've encountered numerous instances where inadequate ventilation in mid-terraced properties has led to significant condensation problems, especially in bedrooms and bathrooms without external windows.

We also assess the condition of key building services during our survey. This includes visually inspecting the electrical consumer unit and wiring where accessible, checking the plumbing system for signs of leaks or corrosion, and evaluating the heating system. While we don't test these systems or certify their compliance with regulations, we do note any obvious defects or areas of concern that warrant further investigation by qualified electricians or plumbers. In older properties throughout SO19 1, we've frequently found outdated electrical installations that would need upgrading to meet current safety standards.

• Structural walls, floors, and ceilings
• Roof structure and covering
• Windows, doors, and joinery
• Dampness and timber condition
• Plumbing and electrical visible installations
• External features including walls and foundations

Our experience surveying properties throughout SO19 1 and the wider Southampton area has identified several recurring issues that buyers should be aware of. The predominance of older housing stock means that damp problems are frequently encountered, whether rising damp due to missing or failed damp-proof courses, penetrating damp from damaged roof coverings or wall pointing, or condensation issues in properties with inadequate ventilation. These problems are particularly common in mid-terraced properties and ground-floor flats where airflow is limited. In properties without existing damp-proof courses, which we've found in many houses built before 1970 in this area, rising damp can affect walls up to a metre or more in height, requiring professional treatment.

Roof defects represent another significant category of issues found in local surveys. Many properties in SO19 1 have original roof coverings that are now beyond their expected lifespan. Common findings include slipped or broken tiles, degraded pointing to ridge tiles, worn or perished felt underlays, and damaged flashing around chimneys and dormer windows. We've inspected numerous properties where original concrete tiles from the 1960s and 1970s have become brittle and are starting to deteriorate, particularly on north-facing roof slopes where moss growth accelerates decay. While some issues are minor, significant roof deterioration can lead to water ingress and extensive timber decay if not addressed promptly.

Electrical and plumbing installations in older properties often require updating to meet current safety standards. We frequently identify outdated consumer units (fuse boards), insufficient socket outlets, and old plumbing materials that may no longer comply with regulations. In particular, properties with original lead or steel pipework may have internal corrosion that restricts water flow and can lead to leaks. While these are not always flagged as urgent defects, they represent areas where budget should be allocated for improvement after purchase. Our survey reports clearly identify these issues and indicate whether immediate action is required or whether they can be planned for over time. We note the age and condition of the electrics even where we cannot test them, helping you understand what a qualified electrician would need to upgrade.

Another issue we commonly encounter in SO19 1 properties is inadequate insulation, particularly in properties that haven't been updated since construction. While not always a defect in the strict sense, poor insulation represents an area where buyers should budget for improvement. Many mid-20th century properties in this area were built with minimal or no insulation in external walls, roofs, and floors, meaning heating costs could be higher than expected. Our survey will note the general standard of insulation where visible, though a full thermal assessment would require a separate energy performance certificate or thermal imaging survey.