RICS Level 2 Home Survey in Bickerton

Bickerton's housing stock presents specific considerations that make a RICS Level 2 Survey particularly valuable. The village is characterised by period properties built predominantly between 1800 and 1911, constructed using traditional methods and materials that differ significantly from modern buildings. The predominance of red sandstone in local construction, while giving the area its distinctive character, also brings particular challenges that only an experienced surveyor can properly assess. The Sherwood Sandstone Group formations, including the Wilmslow, Bulkeley Hill, and Helsby sandstone beds, create distinctive fine-grained red sandstone and conglomerate that has been used in buildings throughout the area.

The local geology adds another layer of complexity. While Bickerton Hill itself sits on sandy soils that drain freely, the wider Cheshire Basin contains deposits susceptible to shrink-swell behaviour, which can cause subsidence in lower-lying areas. Historical mining activity in the area, including the abandoned copper mine shafts that were active until the early 20th century, means that understanding ground stability becomes an important part of any property purchase. The main Engine Shaft was infilled in 1977, but five other shafts remain in private woodlands surrounding the village, and our surveyors are aware of the potential implications for nearby properties. Surface water flooding and groundwater flooding also pose risks across Cheshire East, particularly after prolonged wet weather, making drainage assessment another essential element of any property inspection.

Four Grade II listed buildings exist within Bickerton civil parish, including the Church of the Holy Trinity (dating from 1839), the sandstone chimney to the former copper mine on Gallantry Bank, the Bickerton War Memorial, and a timber-framed barn east of Yewtree Farm House. If you are purchasing a property that is listed or falls within the setting of a listed building, our surveyors can advise on any specific obligations or considerations that may affect your renovation plans or insurance requirements. The surrounding landscape also includes Maiden Castle on Bickerton Hill, a Scheduled Ancient Monument, which may have implications for any development or groundworks.

Given that Bickerton is a rural village with many properties exceeding 100 years old, the likelihood of encountering defects common to older construction is significantly higher than in newer developments. A RICS Level 2 Survey provides the comprehensive assessment needed to identify these issues before you commit to your purchase, potentially saving you thousands in unexpected repair costs.

Understanding how properties in Bickerton were constructed helps explain why certain defects occur and what our surveyors look for during inspection. The predominant construction method for period properties in the village is traditional solid wall construction, typically 9 to 14 inches thick, built with local red sandstone or brick laid without a cavity. Unlike modern cavity walls, solid walls have no gap to prevent moisture penetration, making them more susceptible to damp issues, particularly in exposed positions on Bickerton Hill where driving rain is a factor.

Many older properties feature timber-framed construction with brick nogging, a method where the timber frame is filled with brick between the structural timbers. This construction type can be prone to deterioration where the brickwork becomes saturated or where the timber frame is affected by wet rot or insect attack. Our surveyors carefully examine the condition of timber-framed elements, particularly in properties like the listed barn near Yewtree Farm House, which features weatherboarding on the upper sections.

Roofing on traditional Bickerton properties typically consists of clay tiles, often original to the property and dating back over a century. These tiles were traditionally nailed directly to timber battens rather than to a sarking board, making them more vulnerable to wind damage and water penetration. The Bickerton Holy Trinity CE Primary School, built of sandstone with a slate roof, demonstrates another common roofing material in the area, with slate being particularly durable but prone to slippage and breakage over time.

Pointing and mortar condition is critically important in sandstone properties. The mortar used in older properties was typically lime-based, which is softer than the sandstone itself and allows the wall to breathe. However, where hard cement-based mortars have been used in later repairs, moisture can become trapped behind the pointing, causing the sandstone to deteriorate. Our surveyors assess the condition of pointing and identify where repointing with appropriate lime mortar may be necessary to preserve the building fabric.

Properties in Bickerton, given their age and construction, commonly exhibit several defect patterns that our surveyors know to look for. Damp issues are particularly prevalent in period properties, manifesting as rising damp where damp proof courses have failed, penetrating damp through porous sandstone walls, or condensation resulting from inadequate ventilation. The traditional solid wall construction found in most Bickerton homes lacks the cavity that helps keep modern properties dry, making proper assessment of damp issues essential. Our surveyors use their experience to identify the type and cause of dampness and recommend appropriate remediation.

Roof defects represent another common finding in local properties. Many roofs will have original clay tiles that have weathered over more than a century, and we frequently see missing or slipped tiles, damaged flashing around chimneys, and sagging rooflines. Some properties may have had original tiles replaced with heavier concrete tiles, which can cause structural problems through roof spread, where the weight of heavier tiles causes the roof structure to deform. Our surveyors thoroughly examine roof spaces where accessible, checking for signs of leakage, timber decay, and inadequate insulation.

Structural movement can occur in older properties due to various factors, including settlement, ground heave, or the effects of shrink-swell in clay soils. While Bickerton Hill itself sits on free-draining sandy soils, the surrounding lower-lying areas may contain clay deposits that expand and contract with moisture changes. Our surveyors look for signs of movement such as cracks in walls, uneven floors, and doors or windows that stick. The historical copper mining in the area also warrants consideration, and our surveyors will note any visible signs that might indicate ground stability concerns, particularly where properties are located near known mine shaft locations.

Outdated electrical and plumbing systems are frequently encountered in period properties. Wiring installed decades ago may not meet current safety standards, and older plumbing systems may use materials that are now considered obsolete. Our survey includes a visual assessment of these services, with recommendations for further investigation by qualified specialists where necessary. Poor insulation is another common issue, as many older homes were not designed to meet modern energy efficiency standards, and our surveyors will note this where it affects the property's thermal performance.