RICS Level 3 Building Survey in Milcombe

Milcombe's housing stock presents unique challenges that our surveyors are trained to identify. The village features a significant number of pre-1919 properties constructed from local Hornton ironstone and limestone, materials that require specialist knowledge to assess properly. Many of these older buildings have solid walls rather than cavity walls, which can lead to different issues compared to modern construction. Our surveyors understand how these traditional materials behave over time and can spot the early signs of deterioration that a less experienced eye might miss.

The local geology presents another important factor. The Jurassic bedrock in this area includes the Charmouth Mudstone Formation, which contains clay-rich deposits. This geology creates a moderate to high shrink-swell risk, particularly during extended dry or wet periods. Properties in Milcombe can experience movement related to these clay soils, potentially affecting foundations and structural integrity over time. We specifically look for evidence of past movement, cracking patterns, and other indicators of foundation issues when surveying properties in this area.

Our inspectors pay particular attention to properties near the River Swere, where river flood risk exists, and to low-lying areas susceptible to surface water flooding. Water damage can compromise structural elements and create hidden defects that may not be immediately visible. We also examine properties within the Conservation Area, where special considerations apply to older buildings and listed structures. Properties in conservation areas often have restrictions on alterations and repairs, which our report will flag if relevant to your plans.

The age of much of Milcombe's housing stock means that many properties will have undergone various alterations over the decades. Our surveyors are skilled at identifying changes to the original structure, including extensions, modifications to load-bearing walls, and upgrades to plumbing and electrical systems. These alterations can introduce defects or may not meet current building regulations, and our detailed report will highlight any concerns.

• Stone wall defects
• Foundation movement
• Flood damage
• Roofing wear
• Damp penetration
• Drainage issues

Understanding the local construction methods is essential for accurate assessment of properties in Milcombe. The predominant building material in the village is Hornton ironstone, a distinctive local stone that has been used for centuries in Oxfordshire. This ironstone is prone to specific forms of weathering and decay, including spalling (where the surface flakes away) and mortar joint erosion. Our surveyors know how to identify these issues and assess their impact on the overall structural integrity of the building.

Many traditional properties in Milcombe feature limestone rubble wall construction, often with lime mortar pointing rather than cement. Lime mortar is softer and more breathable than modern cement mortars, which means it can accommodate slight movement without cracking. However, where cement-based pointing has been applied incorrectly, moisture can become trapped within the wall, leading to accelerated decay of the stone and internal damp problems. We carefully examine the pointing and mortar condition on all stone properties we survey.

Traditional roofing in Milcombe typically uses slate or clay tiles, with some thatched properties in the surrounding area. These materials have long lifespans but require regular maintenance. We inspect for slipped or broken tiles, deteriorated ridge pointing, and the condition of lead flashings around chimneys and roof penetrations. Many older properties also have timber-framed construction elements, sometimes hidden behind stone or brick cladding, which requires careful assessment for signs of rot or insect damage.

The transition from traditional solid wall construction to cavity wall construction occurred gradually in this area, with properties built from around the 1920s onwards typically featuring cavity walls. However, even some post-war properties may have solid walls if they were built using traditional methods. Knowing the construction type is important because it affects everything from insulation performance to damp resistance. Our surveys clearly identify the construction method for each property we inspect.

Our experience surveying properties throughout the Cherwell district has revealed several recurring issues that buyers in Milcombe should be aware of. Damp problems are particularly common in older stone properties, where failed damp-proof courses or inadequate ventilation can lead to rising damp, penetrating damp, and condensation. These issues are often found in properties with solid stone walls, particularly where original features have been altered. Our surveyors use moisture meters and thermal imaging equipment to identify damp issues that may not be visible to the naked eye.

Timber defects represent another significant concern in this area. The age of many properties means that woodworm, wet rot, and dry rot can be present, especially where damp conditions exist. Our surveyors are trained to identify the signs of timber decay and to assess its impact on the overall structural integrity of the building. We pay particular attention to floor timbers, roof rafters, and any exposed timber frames, looking for both active infestations and historic damage.

Roofing issues frequently appear in our surveys, with wear on traditional slate and tile roofs, defective lead flashing, and guttering problems being common findings. Properties in Milcombe often feature traditional roofing materials that require ongoing maintenance. We inspect the roof from both inside the loft space and externally where possible, checking for missing or broken tiles, deteriorated mortar, and signs of previous leaks. Lead flashings around chimneys and roof valleys are particularly vulnerable to deterioration in older properties.

The underlying clay soils in the Milcombe area mean that subsidence and heave related to shrink-swell movement is a genuine risk. Properties with mature trees nearby are particularly susceptible, as tree root systems can draw moisture from the clay, causing it to shrink and leading to foundation movement. Our surveyors will assess the property for signs of past or present movement, including cracking patterns, door and window binding, and uneven floors. We also note any trees that could pose a risk and include recommendations for monitoring or remedial work if needed.

Additionally, we frequently identify inefficient insulation and heating systems in older properties, which can lead to higher energy costs and condensation problems. Many pre-1919 properties in Milcombe were built before modern insulation standards existed, and upgrading the insulation requires careful consideration to avoid causing damp problems in solid wall constructions. Our report will flag any energy efficiency concerns and recommend appropriate upgrades that are compatible with the property's construction.

• Rising damp
• Woodworm infestation
• Roof tile damage
• Foundation cracks
• Missing flashings
• Poor insulation