RICS Level 2 Survey Holme upon Spalding Moor

Properties in Holme upon Spalding Moor present specific considerations for buyers. The village sits on Mercia Mudstone bedrock, a clay-rich geology that can cause ground movement during wet and dry cycles. Our inspectors check for signs of subsidence, cracking, and movement that might indicate problems with the underlying soil conditions. The presence of Alluvium deposits from the historic marshland adds another layer of complexity to foundation assessments, particularly in lower-lying parts of the village.

Many properties in the village date from the 18th and 19th centuries, with some buildings even older. Holme Hall, a Grade II* listed country house dating from 1720-30, showcases the traditional brick and rendered construction methods used historically. All Saints' Church, a Grade I listed building with origins in the 13th century and mentioned in the Domesday Book, demonstrates the long history of settlement here. Our surveyors are experienced in assessing older properties, checking for damp, timber decay, and the condition of traditional features that newer survey methods might overlook.

The marshland history of Spalding Moor means some areas may be prone to surface water flooding and dampness. We inspect drainage around properties, look for evidence of water ingress, and assess the effectiveness of existing damp-proof courses. This is particularly important for lower-lying properties or those with gardens bordering the historic watercourses. The presence of gypsum beds recorded in the local geology can also affect foundation conditions in some areas.

Properties in Holme upon Spalding Moor were historically built using materials sourced locally, including brick produced from the clay-rich Mercia Mudstone. The traditional use of brick and render, evidenced by historical occupations in the village including bricklayers and ornamental plasterers, remains characteristic of many properties today. Our surveyors understand these traditional construction methods and can identify issues specific to older brickwork, such as cement mortar degradation or rising damp.

• Foundation and subsidence assessment
• Damp and timber decay inspection
• Roof and chimney condition check
• Electrical and plumbing visibility review
• Drainage and flood risk evaluation
• Energy efficiency advisory

The geology beneath Holme upon Spalding Moor deserves special attention from property buyers. The Mercia Mudstone bedrock consists of mudstone that expands and contracts with moisture changes, potentially affecting foundations. This shrink-swell behaviour is particularly pronounced during periods of drought or heavy rainfall, common in the Yorkshire region. Combined with the alluvial deposits from the historic marsh, these conditions can lead to differential movement in properties, particularly those with shallower foundations.

Our surveyors are trained to identify the tell-tale signs of ground movement. They look for cracks in walls that follow specific patterns, doors and windows that stick or don't close properly, and uneven floors. In older properties that may not have modern deep foundations, these issues can be more pronounced, especially following periods of heavy rainfall or drought. The Keuper marl hill that the village sits on adds further complexity to ground conditions in some areas.

The village's proximity to historic watercourses and the nature of Spalding Moor means drainage is another key consideration. Properties may have older drainage systems that require checking, and our surveyors assess guttering, downpipes, and surface water disposal. Where we identify potential concerns, we flag them clearly in the report with recommendations for further investigation. Surface water flooding can be a concern in areas with alluvial deposits, particularly during heavy rainfall.

Properties built on the single hill of Keuper marl may have different ground conditions to those in the lower-lying marshland areas. Our surveyors consider the specific location of each property within the village when assessing ground-related risks. purchasing near the historic centre around All Saints' Church or on the newer outskirts, we tailor our inspection to the specific conditions affecting your property.

Based on our experience surveying properties throughout the East Riding, we see several recurring issues in Holme upon Spalding Moor homes. Rising damp is common in older brick properties, particularly those without modern damp-proof courses or where existing courses have failed. Our surveyors use visual indicators and moisture meters to assess damp levels and recommend appropriate remediation. Timber decay, including wet and dry rot, affects many period properties, especially where ventilation is poor or where there has been historical water ingress.

Roof defects are frequently identified in our surveys, particularly in older properties with original slate or tile coverings. We check for missing or damaged tiles, deteriorated pointing to ridge tiles, and signs of past leaks. Chimney stacks, common on period properties, often show signs of decay to lead flashings, damaged brickwork, or deteriorating pargetting. These issues can allow water ingress that leads to more significant problems if not addressed.

Structural movement related to the local clay soils is another common finding. We see diagonal cracking at corners of windows and doors, signs of differential settlement in bay windows, and movement in rendered walls. While some movement is common in older properties, our surveyors assess whether the movement is active and whether it requires further investigation. Properties with visible subsidence indicators may benefit from a structural engineer's assessment before purchase.

Defective guttering and downpipes cause significant damage in many properties we inspect. In Holme upon Spalding Moor, where older drainage systems are common, we frequently find blocked or damaged gutters that allow water to overflow and saturate walls. This exacerbates damp problems and can contribute to structural issues over time. Our report clearly flags any drainage defects and recommends appropriate repairs.