RICS Level 2 HomeBuyer Survey in Scargill

Scargill’s housing stock is largely drawn from the 1800 to 1911 period, so in most cases these are homes that are over 100 years old. Built in local sandstone or limestone and usually finished with slate or stone flag roofs, they have plenty of character, but age brings its own risks that only a thorough survey will pick up. Solid wall construction from this era has no cavity insulation, which leaves properties more exposed to damp penetration than newer homes. Our inspectors regularly see hidden defects in period houses that end up costing buyers thousands in unexpected repairs.

Ground conditions around Scargill can complicate matters as well. The area lies where County Durham meets North Yorkshire, and some locations have clay-rich soils that can trigger shrink-swell movement in foundations. Victorian and Edwardian properties with shallow traditional footings may, over time, develop signs of settlement or structural movement. That is why our surveyors look closely at cracking patterns, sticking doors and windows, and uneven floors that may point to deeper foundation issues.

Across Scargill, plenty of homes have been altered or extended over the years, and not every change will have had the right building control approval. We inspect the points where newer additions meet the original building, because these junctions are often where differential movement or weather ingress starts to show. We also pay close attention to rendered and clad finishes, since cement-based renders added to traditional stone walls can trap moisture and lead to damp internally.

For some properties in lower-lying parts of the hamlet, the nearby River Greta and its tributaries bring flood risk into the picture. In our surveys, we assess flood indicators at the property itself, including ground levels, drainage arrangements and any flooding history referred to in available records. Where it is relevant, we set out practical steps that may help reduce the risk.

The age profile of Scargill homes means we often find the same period-property defects coming up again and again. Solid wall buildings with no cavity insulation are especially prone to damp penetration, including rising damp from the ground and penetrating damp linked to failed pointing, damaged flashings or defective gutters. Our surveyors check walls, floors and ceilings carefully for moisture damage that may signal an ongoing issue. Where appropriate, we use moisture meters and thermal imaging to help identify damp that is not obvious to the naked eye.

Roofs deserve close scrutiny here. Many houses in the area still have slate or stone flag coverings, and while they suit the buildings well, they need regular upkeep. We inspect for slipped or broken tiles, failing ridge pointing, damaged valleys and the state of the supporting timbers beneath. Small faults can turn into major internal water damage if they are ignored, and our inspectors see that often. Chimney stacks also get checked, because defects in flashings, brickwork or render on these period properties are a common source of leaks.

In properties built before 1919, the electrical and plumbing installations are very often due for improvement. We examine visible consumer units, wiring routes, socket positions and pipework to judge how far the systems align with current electrical regulations and plumbing standards. Old electrics can mean both a safety issue and an expense to factor into the purchase. We also record the wiring type where it can be seen, often older cloth-covered cable or aluminium wiring in houses like these, and highlight any concerns that should be investigated by a qualified electrician.

Period houses often retain box sash windows or timber casement windows, and they can be draughty, stiff or worn. Our surveyors check frames, sills, seals and ironmongery, noting any rot, decay or condensation between double-glazed units where these are fitted. External doors are inspected as well, with attention paid to their condition, security and how well the weatherstripping performs.

• Damp and moisture penetration
• Roof condition and covering
• Structural movement and subsidence
• Electrical safety and wiring age
• Timber condition and pest infestation
• Plumbing and drainage condition
• Windows and doors condition
• Chimney and fireplace condition

From our work across the County Durham and North Yorkshire border region, certain issues come up repeatedly in Scargill homes. Damp is one of the most common, especially in buildings with solid stone walls that have lost their breathability because of cement-based renders or tanking systems. Rising damp is often found in ground floor walls where no original damp proof course was installed, or where it has failed. Penetrating damp tends to show around windows, at roof-wall junctions and in places where the pointing has deteriorated.

Timber defects are another major concern in older properties. Woodworm infestation is found in many period homes, and wet rot or dry rot can take hold where damp persists or ventilation is poor. Our surveyors inspect floor joists, roof rafters, purlins and any visible structural timbers for pest damage or decay that could affect the building’s stability. We look for woodworm exit holes, fungal growth and softness in the timber that points to active rot.

Structural movement needs careful checking in this part of the country. Beneath Scargill and the surrounding area, clay-rich soils can expand and contract as moisture levels change, which may affect houses with shallow traditional footings. Scargill itself is not within a known mining area, but regional geological conditions still mean our surveyors are alert to cracking, settlement and other signs of movement that could indicate foundation trouble. We inspect internal walls for characteristic cracking patterns, and external walls for step cracks or horizontal cracks that may suggest movement.

On stone buildings, the condition of the pointing and mortar matters a great deal. Traditional lime mortar in period homes allows the structure to breathe, whereas cement-based mortar can trap moisture if it has been used as a replacement, leading to stone decay and damp indoors. As part of the survey, our inspectors assess the external walls, the pointing and any rendered surfaces. Missing, cracked or deteriorating mortar is noted carefully because these areas can become entry points for water.