RICS Level 2 Survey in Bothamsall

In Bothamsall, the make-up of the housing stock is one of the main reasons a RICS Level 2 Survey can be so useful. The village has many properties from the 17th and 18th centuries, along with listed buildings including St Peter's Church, Bothamsall Hall, and a range of historic cottages and farmhouses. Homes of this age often use traditional construction methods that are very different from modern building standards, and our surveyors know the warning signs to look for. With period homes sitting alongside some modern infill development, no 2 surveys are quite the same.

Geology matters here as well. Across Nottinghamshire, the ground includes the Sherwood Sandstone Group and the Mercia Mudstone Group, and the latter is linked with shrink-swell clay soils. That can lead to subsidence or heave, especially where properties have shallow foundations or there have been changes in moisture levels. Our inspectors look closely at the grounds and exterior for signs of movement that may point to foundation trouble. We have seen clay-related movement in nearby Nottinghamshire villages, and we bring that experience to every Bothamsall inspection.

For homes near the River Maun and its tributaries, flood risk is a real issue to think about. Low-lying properties, or those close to watercourses, can face flooding that affects the building itself and the longer-term viability of your investment. Our surveyors flag flood risk factors and advise if a specialist flood risk assessment looks sensible. We also look for signs of past flooding, including water marks, damp staining, and how well the drainage systems are holding up.

Coal mining has left its mark across Nottinghamshire, and that can still affect property today. Bothamsall is not in the centre of the former mining districts, but homes across Bassetlaw may still be vulnerable to ground stability problems linked to historical mining activity. Our surveyors are trained to spot signs of mining-related subsidence, such as unusual cracking patterns and doors or windows that have shifted out of alignment. Where it makes sense, we suggest Coal Mining Reports from the Mine Authority so you have the fullest picture before you buy.

Most properties in Bothamsall are built in traditional brick, which fits the rural character of the village and reflects the local supply of building materials. Many of the older cottages have solid brick walls rather than modern cavity wall construction, and that affects both thermal performance and the way moisture behaves. Our surveyors are used to assessing these older forms of construction. We pay close attention to issues like penetrating damp, which often shows up in solid wall properties, especially those taking the brunt of prevailing winds from the east.

Roofs across the village often rely on timber structures, with traditional cut rafters carrying clay tile or slate coverings. On older homes, it is common for the roof to have been re-covered more than once over the years, so a mix of original and replacement tiles is not unusual. Wherever access allows, we inspect the roof space and assess rafters, ceiling joists, and any evidence of past leaks or rot. On period buildings, the condition of lead flashing around chimneys and where roof sections meet can be especially important.

Inside many period homes in Bothamsall, you are more likely to find suspended timber floors than solid concrete slabs. These floors can suffer from dampness, particularly where outside ground levels have crept up over time or drainage around the building is poor. Our inspectors lift accessible floorboards where needed so we can check joists and bearing walls properly. We also look for woodworm activity, something that is fairly common in older properties with timber elements exposed to changing moisture conditions.

Because we survey homes across Nottinghamshire regularly, we know the defects that tend to crop up around Bothamsall. Rising damp is one of the more common problems in older properties, especially those built with solid walls instead of modern cavity wall construction. It often appears where external ground levels have been raised over the years and the damp proof course has been bridged. We use moisture meters to gauge damp levels and suggest the right remedial steps, often including better sub-floor ventilation or chemical damp proofing.

Timber problems are another regular finding. Woodworm, wet rot, and dry rot can all affect roof structures, floor joists, and window frames that have taken on moisture over decades. We inspect every accessible timber element for signs of active infestation as well as older damage. If we find evidence of woodworm, we consider whether it is still active and whether any structural timbers have been materially weakened. Our reports set out the extent of timber defects clearly and recommend the right specialist treatment.

Roof condition is one of the issues we identify most often during surveys. Many traditional properties still have older coverings, slipped tiles, worn lead flashing, and insulation levels that fall below current building regulations. Where the roof space is accessible, our surveyors inspect it carefully and record the condition of tiles, ridges, valleys, and any signs of leaks or earlier water ingress. We also measure insulation depth against current standards, because many older homes remain notably under-insulated.

In period properties, electrical and plumbing systems often need bringing up to modern safety standards. We inspect the visible parts of electrical installations, note any obvious shortcomings, and identify older plumbing materials that may need attention. We are particularly alert to rubber-sheathed cabling, poor earthing, and lead or steel pipes, all of which were common in properties built before the 1970s. Our reports make these issues plain, so you can allow for remediation costs before committing to the purchase.

• Rising damp and penetrating damp
• Timber rot and woodworm
• Roof tile damage and flashing defects
• Outdated electrical wiring
• Traditional plumbing requiring updates
• Foundation movement on shrink-swell clay