RICS Level 3 Building Survey in Aldington

The character of Aldington's housing stock is remarkably varied, spanning several centuries of construction. From timber-framed 17th-century farmhouses with wattle and daub infill to modern homes on the new Orchards and Aldington Fields developments, each era brings its own typical defects and maintenance requirements. Properties built before 1900 often feature solid walls of local red brick, blue lias limestone, or ashlar limestone, construction methods that differ significantly from modern cavity wall builds. Understanding these differences is crucial for identifying appropriate remedial works and budgeting for ongoing maintenance.

The underlying geology of Aldington presents specific considerations for property owners. Located in the Vale of Evesham, the area sits on Lower Lias Clay and Mercia Mudstone, materials known for their high shrink-swell potential. This means properties, particularly those with shallow foundations or near mature trees, can experience ground movement that manifests as cracking, door and window sticking, or roof spread. Our inspectors pay particular attention to these signs, assessing whether movement is historic and stable or ongoing and potentially serious. The moderate to high shrink-swell risk in this area means that properties with older, shallower foundations are particularly vulnerable during periods of drought or heavy rainfall.

Flood risk is another factor affecting properties in Aldington. The village has experienced significant flooding events, particularly along Badsey Brook, with notable incidents in July 2007 affecting Village Street and Mill Lane. Properties in low-lying areas or those with a known flood history require careful assessment of drainage, damp proofing, and any previous flood damage repairs. A Level 3 Survey provides the detailed evaluation needed for such properties. We check ground levels relative to neighbouring properties, assess the condition of any existing flood barriers or resilience measures, and note signs of previous water damage to walls or floors.

Aldington's Conservation Area, designated in July 1975 and reviewed in 2018, covers the north end of Village Street, the east end of Main Street, Chapel Lane, and Mill Lane. Many properties within this area are listed buildings, subject to strict planning constraints. If you're purchasing a period property in the Conservation Area, our survey will identify any alterations that may require listed building consent, assess the condition of original features, and advise on maintenance requirements specific to historic construction. The character of the Conservation Area comes from materials including timber framing in elm with brick or wattle and daub infill, and buildings constructed from rubble and ashlar stone in blue lias and limestone.

• Pre-1900 period properties
• Listed buildings within Conservation Area
• Properties near Badsey Brook
• Homes showing signs of structural movement
• Properties with significant extension or alteration

Understanding the traditional construction methods used in Aldington properties is essential for accurate survey assessment. The earliest buildings in the village are timber-framed, constructed using elm and featuring either brick or wattle and daub infill panels. This traditional method creates characteristic patterns in walls that our inspectors recognise and understand. The wattle and daub infill, made from woven sticks coated with clay and straw, can deteriorate over time if moisture penetrates the building envelope. We assess the condition of these historic elements carefully, as repairs often require traditional skills and materials to maintain the building's character.

From the 19th century onwards, brick and slate buildings became more common in Aldington. The characteristic rich red or orange brick, sometimes painted white, features prominently throughout the village, along with blue lias limestone used for houses, cottages, and boundary walls. Manor House and Manor Court exemplify the use of ashlar limestone in the area's more prestigious buildings. These solid wall constructions lack the cavity and damp proof course characteristics of modern builds, meaning they require different approaches to damp assessment and remediation. Our inspectors understand these traditional materials and can distinguish between historic character features and genuine defects requiring attention.

The roofs of traditional Aldington properties typically feature pitched roofs with plain clay tiles, though slate was also used for higher-status buildings. Over time, these roof coverings can deteriorate, with tiles becoming porous, ridge tiles loosening, and flashings deteriorating. In our experience surveying properties throughout the Wychavon district, roof defects represent one of the most common issues found in period properties. slipped tiles, damaged verges, and failed leadwork all allow water penetration that can lead to timber rot and damp problems internally. Our inspectors access the roof void wherever safe access is possible to assess these critical elements.

Modern properties in Aldington, including those on the new Orchards and Aldington Fields developments, use contemporary cavity wall construction with brick or rendered finishes. While these newer homes generally require less intensive investigation, a Level 3 Survey can still identify snagging issues, assess the quality of construction, and verify that all built-in appliances and systems are functioning correctly. Even new builds can have defects that aren't immediately apparent to the untrained eye, and our detailed inspection provides you with confidence in your investment.

• Timber-framed with wattle and daub infill
• Solid brick walls (red brick, blue lias)
• Ashlar limestone construction
• Traditional clay tile and slate roofs
• Modern cavity wall construction

Structural movement is one of the most concerning issues our inspectors encounter in Aldington, largely due to the underlying clay geology. The Lower Lias Clay and Mercia Mudstone that underlie the village have high shrink-swell potential, meaning they expand when wet and contract during dry periods. This ground movement puts stress on foundations, particularly those of older properties that were built with less robust foundation designs than modern standards require. Properties with shallow foundations or those located near mature trees with extensive root systems are especially vulnerable to this type of movement.

When surveying a property, our inspectors look for tell-tale signs of structural movement. This includes cracking to walls, particularly diagonal cracks emanating from door and window openings, cracks that are wider at the top than the bottom, or cracks that appear suddenly after a period of dry weather. We also assess whether doors and windows stick or don't close properly, which can indicate frame distortion from structural movement. Uneven or sloping floors, though sometimes just a character feature of older properties, can also signal underlying structural issues that require further investigation.

The key question our inspectors address is whether any movement observed appears to be historic and stable, or whether it represents ongoing activity that could threaten the property's structural integrity. We consider factors such as the age of any cracks observed, whether they show signs of previous repair, and the overall condition of the property's foundations. Where we identify signs of potentially active movement, we recommend further investigation by a structural engineer and can provide guidance on what that investigation should cover. For buyers, understanding the nature of any structural issues is crucial for budgeting for repairs and negotiating on price if significant work is required.

Our experience surveying properties throughout the Wychavon district, including Aldington, reveals several recurring issue categories. Damp problems feature prominently in older properties, where solid wall construction lacks the cavity and damp proof course characteristics of modern builds. Rising damp, penetrating damp, and condensation are all commonly identified, particularly in buildings where original lime mortar has been replaced with cement pointing, trapping moisture within the structure. We often find that cement pointing on historic brickwork forces moisture into the wall rather than allowing it to escape, leading to internal damp problems that can only be resolved by re-pointing with appropriate lime mortar.

Timber defects represent another significant finding category. Many properties in Aldington retain original timber-framed elements, and these can be affected by woodworm, wet rot, or dry rot if moisture penetrates the building envelope. Roof timbers are particularly vulnerable, especially where tiles have slipped or flashings have deteriorated. Our inspectors lift accessible hatch covers and use probing tools to assess timber condition in critical areas. We look for signs of active woodworm infestation, including fresh bore dust and flight holes, as well as the soft, spongy texture that indicates wet rot.

Structural movement related to the local clay geology appears fairly frequently in survey findings. Properties may display cracks to walls, particularly at door and window openings, doors that stick or don't close properly, and uneven or sloping floors. Our inspectors assess whether such movement appears historic and stable or whether there are indicators of ongoing movement requiring further investigation. The age of the property, foundation depth, and proximity of trees all inform this assessment. In our experience, properties within the Conservation Area, with their older foundations, are more likely to show some signs of historic movement than modern builds.

Drainage issues are also commonly identified, particularly given Aldington's history with surface water flooding. We inspect surface water and foul drains, looking for blockages, damage, or inadequate falls that could lead to water pooling around the property's foundations. We also assess the condition of soakaways and whether the existing drainage system is adequate for the property's size and location. Properties that have experienced flooding in the past may have inadequate drainage that needs upgrading to reduce the risk of future flood events.

• Structural movement and cracking
• Damp and condensation issues
• Timber rot and woodworm
• Roof defects and tile slip
• Drainage and surface water issues
• Flood damage and moisture penetration