RICS Level 3 Building Survey in Goodleigh

Our RICS Level 3 Survey is the highest standard in residential property assessment, and our inspectors apply that level of scrutiny to every property we examine in Goodleigh and across the wider North Devon area. It is especially useful for older homes, properties showing signs of structural movement, or any building where you want a clear read on condition before a major financial commitment. We inspect all accessible parts of the property, from the roof structure, walls, floors and ceilings to doors and windows, so you get a full view of the building's condition.

Older cottages and newer builds alike can hide problems that are not obvious at first glance, so our inspectors look closely at both visible and concealed elements. We check for subsidence, structural movement, damp penetration, timber decay and roof condition. In Goodleigh, where the housing stock ranges from historic cottages to more recent construction, we pay close attention to the issues that commonly affect local buildings, including the state of traditional stone walls, the condition of thatched or slate roofs, and any movement that could point to foundation trouble.

We also look at services such as plumbing, electrical installations and heating systems, though this is not a detailed test of those systems. Obvious defects, safety concerns and anything that calls for specialist attention from a qualified tradesperson will be flagged. For Goodleigh properties with older electrics or historic heating setups, that overview gives useful direction on what needs professional attention. Our surveyors also review outbuildings, boundary walls and drainage systems that sit within the property, so you know exactly what is included in the transaction.

• Structural walls and foundations
• Roof structure and coverings
• Chimney condition
• Damp and timber decay assessment
• Floor structures
• Windows and doors
• Plumbing and electrical overview
• Boundary walls and outbuildings

Goodleigh is a picturesque village in North Devon, and the properties here reflect the area's long architectural history. Around the village and in the surrounding lanes you will find everything from traditional Devon cottages built with local stone to more modern developments from different periods. Knowing how these homes were built is central to a proper assessment, and our inspectors bring that local knowledge to every survey they carry out here. Many properties in Goodleigh date from the Victorian and Edwardian periods, so they were built with methods and materials that differ quite a bit from modern standards.

Homes in Goodleigh and the wider North Devon area often rely on traditional construction methods rather than modern building standards. Stone walls, especially solid ones, need a close look for damp penetration and structural integrity. Roofs may be finished in slate, thatch or clay tiles, each with its own upkeep needs and likely defects. Our inspectors understand those traditional methods and can spot matters that a less experienced surveyor might miss. Properties with solid stone walls often do not have the cavity construction found in newer homes, which makes them more prone to rising damp and means they need specific advice on breathability and suitable remediation.

Recent sales data for Goodleigh shows a wide spread in property values, from around £350,000 for newer detached houses to £650,000 for larger detached bungalows. That range reflects the variety of homes in the village and shows why a proper survey matters, whatever type of property you are looking at. A detailed RICS Level 3 Survey helps you judge the real condition of the home, rather than relying on the look of it or the estate agent's wording. With prices having corrected significantly from their 2023 peak, buyers have more room to negotiate, but only if they have accurate information about condition.

North Devon's geology can also have a direct effect on homes in the Goodleigh area. Clay soils in the region can shrink and swell with changes in moisture, which can lead to subsidence or structural movement in buildings with shallow foundations. Our inspectors are used to spotting the signs, including cracking patterns, problems with doors and windows opening or closing, and diagonal cracks running from the corners. Homes on slopes, or close to them, often need especially careful assessment, and our surveyors know what to look for in those situations.

When we survey properties in the Goodleigh area, damp penetration is one of the recurring problems we come across. It is particularly common in older homes with solid stone walls that have no modern damp-proof course, or where non-breathable materials have been used inappropriately. That can lead to damage to internal plaster and timber joinery, as well as possible health concerns linked to mould growth. Our surveyors use their experience to tell the difference between minor condensation and more serious penetrating damp that needs structural remediation.

Roof defects are another regular finding in Goodleigh surveys. Many properties have traditional slate or clay tile roofs that, although durable, can develop problems with age. Missing or slipped tiles, deteriorating pointing to ridge tiles and damaged flashing around chimneys are common issues our inspectors pick up. For homes with thatched roofs, we give specific advice on condition, expected lifespan and any signs of past repairs or structural concerns. That level of detail helps you understand both the immediate repair bill and the ongoing maintenance the roof will need.

Structural movement, including subsidence and settlement, is assessed carefully by our surveyors. Typical signs include cracking in walls, especially diagonal cracks from the corners of openings, doors and windows that stick or fail to close properly, and uneven floors. In North Devon, clay soil shrink-swell can contribute to movement, and historic mining activity is relevant in some areas too. Our inspectors know how to separate minor settlement, which is common in older buildings, from more serious active movement that calls for structural engineering input.