RICS Level 3 Building Survey Skelton-on-Ure

A RICS Level 3 Building Survey, also known as a Full Structural Survey, is the most comprehensive inspection available for residential properties. Our surveyors examine the entire accessible structure of the property, from the roof down to the foundations. In Skelton-on-Ure, where properties range from mid-16th century manor houses to contemporary new builds, this thorough approach is essential. We inspect roofs, walls, floors, ceilings, doors, windows, chimneys, and all visible pipework and wiring.

The report we provide goes beyond simple condition reporting. We identify defects, explain their causes, and advise on the urgency of repairs. For properties in Skelton-on-Ure's Conservation Area or those listed buildings such as Skelton Manor (Grade II*), the Church of St Giles (Grade I), or the historic windmill, our surveyors pay particular attention to traditional construction methods and materials. Many older properties in this area were built using local limestone, sandstone, and lime mortar, requiring specialist knowledge to assess correctly.

We also assess environmental factors that could affect properties in this area. While flood risk from the River Ure is currently very low in Skelton-on-Ure, our surveyors check for signs of past water damage and advise on drainage considerations. Additionally, we examine the potential for clay shrink-swell subsidence, a significant geohazard in parts of North Yorkshire where clay-rich soils can cause foundation movement during dry spells.

Our Level 3 survey also includes a property valuation and rebuild cost assessment, which is particularly useful for insurance purposes. Given the local prevalence of stone-built properties with traditional materials, rebuild costs in Skelton-on-Ure can differ significantly from standard brick-built properties elsewhere.

• Comprehensive visual inspection of all accessible areas
• Detailed defect identification with causes and remedies
• Assessment of renovation and extension potential
• Advice on urgent and future repairs
• Property valuation and insurance rebuild cost guidance
• Tailored to local construction methods and materials

Properties in Skelton-on-Ure showcase the traditional building techniques that have shaped this part of North Yorkshire for centuries. The predominant construction method involves local stone, typically limestone and sandstone, often sourced from quarry exposures in the surrounding area. Many historic buildings were constructed using rubblestone masonry, where irregular pieces of local stone were packed together and then rendered with lime plaster. This traditional approach, while characterful, creates specific challenges for our surveyors when assessing structural integrity and moisture resistance.

Lime mortar is a defining feature of older properties in the village. Unlike modern cement-based mortars, lime mortar is permeable and allows buildings to "breathe." However, over time, lime mortar pointing can deteriorate, allowing water penetration into the stonework. Our inspectors pay close attention to the condition of lime mortar pointing, particularly on north-facing walls where weathering is most severe. We commonly find that previous owners have incorrectly repointed sections with cement mortar, which can trap moisture and cause stone decay.

Roofing in Skelton-on-Ure typically features either slate or pantile finishes. Traditional properties often have stone slates (fissile sandstones from local quarries), while later buildings use Welsh or Lakeland slate. Many cottages and farm buildings feature pantiles, which are curved clay tiles that give properties their characteristic appearance. Our surveyors inspect roof spaces wherever accessible, checking for signs of slipped tiles, deteriorated pointing at ridges, and the condition of lead flashings around chimneys and valleys.

A significant number of properties in Skelton-on-Ure were built before modern damp-proof courses were standard practice. These older buildings rely on the permeable nature of lime mortars and renders to manage moisture. When assessing these properties, we look for failed or missing damp-proof courses and advise on appropriate remediation that preserves the building's character while addressing moisture issues.

Properties in Skelton-on-Ure present specific defect patterns that our surveyors are trained to identify. The age of the housing stock means that damp penetration is a frequent finding, particularly in properties built before 1900 where original damp-proof courses may have failed or never been installed. Lime mortar pointing on stone walls, common in this area, deteriorates over time and can allow water ingress. Our inspectors look carefully for signs of rising damp, penetrating damp, and condensation, all of which can cause significant damage if left untreated.

Roof defects are another common issue in Skelton-on-Ure. The traditional slate and pantile roofs found on many properties can suffer from broken or slipped tiles, deteriorated pointing, and failing flashings. Our surveyors inspect roof spaces wherever accessible, checking for signs of past leaks, inadequate insulation, and timber decay. Wet rot and dry rot in roof timbers and floor structures are particularly problematic in properties where ventilation has been reduced by modern renovation techniques.

Structural movement, while not always serious, requires careful assessment in this area. The potential for clay shrink-swell subsidence means we pay close attention to cracks in walls, uneven floors, and signs of foundation movement. Our Level 3 survey provides detailed advice on whether observed movement is historic and stable, or whether further investigation by a structural engineer is recommended. The proximity of trees, common in this rural village, can exacerbate soil movement and affect foundations.

Drainage issues are frequently identified in our surveys of Skelton-on-Ure properties. Many older properties have older drainage systems that may be damaged, blocked, or inadequate for modern usage. We inspect gullies, gutters, and downpipes, checking that water is properly directed away from the building's foundations. Poor drainage can lead to water ingress and foundation problems, particularly in properties with clay soils where volume changes can occur.

• Damp and moisture penetration (rising, penetrating, condensation)
• Roof defects (tile damage, flashing failures, insulation issues)
• Structural movement and crack assessment
• Timber decay (wet rot, dry rot)
• Failed or missing damp-proof courses
• Drainage and gutter problems