RICS Level 2 Survey in Paull

Properties in Paull face unique challenges due to the village's location on the Humber Estuary floodplain and the underlying geology of the Holderness region. The clay-rich soils prevalent in this area are susceptible to shrink-swell behaviour, meaning they expand when wet and contract during dry periods. This ground movement can cause subsidence in properties with shallow foundations, leading to structural cracks and movement that a Level 2 Survey will identify. Our inspectors examine walls, floors, and ceilings for signs of structural stress that may indicate ground movement issues.

The flood risk in Paull is significant. While a £5 million tidal defence scheme was completed in 2018, including a 520-metre glass wall, the entire parish remains within the Humber Estuary floodplain. Properties in Paull have experienced tidal flooding historically, with major incidents in 1953, 1969, and December 2013. Our surveyors check for signs of previous flood damage, damp penetration, and the condition of flood defence measures around properties. We also assess whether suitable flood warnings and emergency planning are in place for the property.

Many properties in Paull date from the 18th and 19th centuries, with some structures even older, such as the 15th-century Paull Holme Tower. These older properties often feature traditional construction methods and materials, including red brick and limestone, which require specific knowledge to assess properly. Our inspectors understand how traditional buildings perform in the local climate and can identify issues arising from inappropriate modern materials being applied to historic structures. We look for signs of damp caused by failed damp-proof courses, penetrating damp from deteriorating pointing, and condensation problems resulting from modern refurbishments that have reduced ventilation.

Properties in HU12 8AL and HU12 8AW postcode areas have shown varying price trends recently, with some streets experiencing modest increases while others have seen slight decreases. This market variability makes a thorough survey even more important, ensuring you understand the property's condition before making what is likely to be a significant financial commitment. Our Level 2 Survey provides the information you need to negotiate fairly or walk away if serious defects are discovered.

• Clay shrink-swell subsidence
• Flood risk assessment
• Traditional building expertise
• Detailed defect identification

Our RICS Level 2 Survey provides a comprehensive inspection of all accessible areas of the property. The surveyor will examine the roof structure, including tiles, flashing, and gutters, looking for signs of deterioration, leaks, or structural weakness. They will assess the walls both internally and externally, checking for cracks, movement, damp penetration, and the condition of pointing and render. Foundations and subfloor areas are inspected where accessible, with particular attention to signs of settlement or subsidence that are relevant given the clay soils in the Paull area.

The survey includes assessment of all building services, including electrical systems, plumbing, and heating. Our inspectors will identify outdated electrical installations that may not meet current regulations, particularly relevant in older properties where wiring may date from several decades ago. They will check the condition of pipework, looking for signs of corrosion, leaks, or inadequate insulation. The heating system is examined to ensure it is functioning safely and efficiently.

Environmental hazards are specifically addressed in the Level 2 Survey. This includes checking for the presence of asbestos in older materials, particularly in properties built before the 1990s when asbestos was commonly used in construction. Our surveyors will also identify any potential risks from radon, which occurs naturally in some parts of the East Riding, and provide recommendations for testing if necessary. The survey will flag any boundary issues, shared responsibilities with neighbours, or potential easements that may affect your use of the property.

Following the inspection, you receive a detailed report with clear condition ratings. Issues are colour-coded with red for urgent repairs, amber for defects requiring attention, and green for satisfactory condition. Each defect includes an explanation of the problem, its cause, and recommended actions. The report also includes a market valuation and insurance rebuild cost estimate, which is particularly valuable for properties in flood-risk areas where buildings insurance premiums may be higher.

• Full structural inspection
• Damp and timber assessment
• Electrical and plumbing check
• Asbestos identification
• Flood risk evaluation
• Market valuation

The predominant building materials in Paull reflect the village's long history and proximity to the Humber Estuary. Historical properties often feature red brick construction, exemplified by structures like Boreas Hall, which was built in the first half of the 18th century using red brick in the Flemish style. The Old Lighthouse, constructed in 1836, demonstrates the use of stuccoed brick, while Paull Holme Tower showcases 15th-century brickwork that has survived for centuries. These traditional materials require specific assessment approaches that our surveyors understand, particularly when evaluating their performance in the local climate.

The underlying geology of Holderness consists of deposits from the Devensian glaciation, including till, boulder clays, and glacial lake clays. These fine-grained, clay-rich soils create significant challenges for foundations, with shrink-swell behaviour occurring in the upper 1.5 to 2 metres of soil, though it can extend up to 5 metres in some locations. Properties with shallow foundations, common in older Paull buildings, are particularly vulnerable to ground movement during wet and dry cycles. Our surveyors examine foundations and walls for signs of this type of movement, looking for characteristic crack patterns that indicate subsidence or heave.

Modern construction in the area, including proposed developments like the eight-dwelling scheme by Ettridge Architecture right on the River Humber, often incorporates contemporary materials such as concrete, steel, and timber frame. These newer properties may present different defect profiles compared to traditional buildings, and our inspectors are trained to identify issues specific to modern construction methods. We assess the condition of recent extensions and alterations, checking whether they meet current building regulations and have been properly constructed.

• Traditional red brick construction
• Stuccoed brick finishes
• Clay soil foundations
• Modern timber frame methods
• Concrete and steel construction

Our experience surveying properties in Paull and the broader HU12 area reveals several recurring issues that buyers should be aware of. Damp problems are particularly common, especially in older solid-walled properties where damp-proof courses may have failed or been bridged by external alterations. Rising damp occurs when moisture rises through porous brickwork or stone, often visible as tide marks on ground-floor walls. Penetrating damp results from defects in the building envelope, such as cracked render, missing roof tiles, or deteriorating window frames, and can lead to significant internal damage if left untreated.

Structural movement related to the shrink-swell behaviour of clay soils is a major concern in the Paull area. Properties built on the Holderness clay deposits may experience subsidence during dry periods when the clay contracts, or heave when it expands during wet weather. This movement can manifest as cracks in walls, particularly around door and window openings, diagonal cracks extending from corners, or uneven floors. Our surveyors are trained to identify both recent and historic movement and can advise on whether repairs are required or whether the movement is old and stable.

Roof deterioration is frequently identified in our surveys, particularly on properties exposed to the coastal weather of the Humber Estuary. Tiles may be damaged, cracked, or missing, while lead flashing can deteriorate over time, allowing water penetration. Flat roofs, where present, often have limited life expectancy and may be approaching the end of their useful service. Our inspectors also check for signs of previous leaks that may have caused hidden damage to timber rafters or ceiling joists.

Outdated electrical installations are common in older Paull properties. Rewiring may be required where the electrical installation dates from the 1960s or earlier, as these systems may not cope with modern electrical demands and do not meet current safety standards. Consumer units may lack RCD protection, and earth bonding may be inadequate or missing entirely. These issues represent both a safety risk and a significant expense that should be factored into your purchase decision. Our surveyors note the condition of electrical consumer units, the presence of adequate earthing, and the type of wiring visible in accessible areas.

• Rising and penetrating damp
• Subsidence from clay soils
• Roof tile and flashing defects
• Outdated electrical systems
• Timber decay and woodworm
• Condensation issues