RICS Level 3 Building Survey in TS12

TS12 covers Saltburn-by-the-Sea, the Victorian planned town developed after 1860, together with nearby villages such as Brotton, Skelton, and Lingdale. Buying in this patch can throw up its own set of challenges. A lot of the housing dates from pre-1919, with solid walls, original timber joinery, and ageing services that sit a long way from modern standards. Our inspectors take that seriously, picking up defects in older homes that might otherwise stay hidden until the repair bill gets serious.

Saltburn-by-the-Sea sits inside a designated Conservation Area, so planning controls can be tight and historic features may need specialist attention. The town also has a striking number of Listed Buildings, including Rushpool Hall (Grade II*), the War Memorial (Grade II*), and the Victorian terraces along Marine Parade. Age, traditional methods, and the care needed to protect original character all mean these properties deserve a closer look. Our surveyors know the pressures that apply to Listed Buildings and can spot repairs that may need Listed Building Consent.

Being on the coast brings its own set of worries, and TS12 is no exception. Homes close to the seafront, especially around the Ship Inn and promenade where Flood Warning Zones have been identified, face the possibility of coastal flooding and seawater ingress. Salt in the air also speeds up corrosion, so gutters, flashings, and structural fixings need close checking for early deterioration. We have seen metal components in Saltburn corrode badly within 15-20 years of installation, so we keep a close eye on them.

Cleveland’s mining past adds another point to think about for buyers in TS12. The Cleveland Ironstone Mining Museum in Saltburn records that history, and properties above former workings can be vulnerable to mining subsidence. Our Level 3 Survey looks at ground stability issues linked to that heritage, checking walls for cracking patterns and signs of differential settlement that could point to movement from old mine workings.

• Victorian construction methods
• Historical mining activity
• Coastal exposure and flooding
• Conservation area restrictions
• Listed building considerations

Because Victorian homes are so common across TS12, we often see the same age-related defects cropping up. Rising damp is probably the most familiar, especially in solid wall buildings without modern damp proof courses. Victorian brickwork also tends to have mortar that is more porous than modern mixes, which lets moisture rise through capillary action. Our surveyors use moisture meters and thermal imaging to measure damp penetration and suggest sensible remediation. In Saltburn’s coastal setting, salt crystals can make hygroscopic dampness worse by drawing moisture from the air even when the weather looks dry.

Timber issues are another common feature in older TS12 properties. Original floor joists, ceiling timbers, and roof rafters can show woodworm or rot, particularly where damp has been present for a long time. Salt air in coastal Saltburn can speed up the damage, so our inspection looks closely at all accessible timber for deterioration. We also check exposed structural timber for beetle activity and fungal growth that could weaken the building. Properties in Saltburn within 500 metres of the seafront often need more extensive timber repairs than similar homes inland, thanks to the effects of salt-laden air.

Roof problems come up often in our TS12 survey findings. Victorian roofs usually have slate or tile coverings that may be over 100 years old, so slipped tiles, damaged flashings, and deteriorated felt beneath are all possible. The pitched roofs common here need careful checking at ridge tiles, valley gutters, and abutments, where water ingress often starts. Where it is safe, our surveyors get onto the roof, and we use drones for higher or harder-to-reach sections. Saltburn has also seen plenty of storm damage in recent years, with high winds lifting tiles on period homes.

Structural movement, including subsidence and heave, needs careful attention in TS12 because of the local ground conditions and the area’s mining history. Clay-rich soils can shrink and swell in drought or heavy rain, which leads to cracking in walls and movement in foundations. Our inspectors look at the pattern and width of cracks to judge whether movement is active and serious. Any worries are set out clearly, along with recommendations for a structural engineer. Old ironstone workings beneath TS12 add another layer of risk, since former mine workings can trigger subsidence or settlement cracks in homes.

Buyers in TS12 also need to keep an eye on flood risk in this coastal location. Properties at the Ship Inn, seafront road, promenade, and the car park in Saltburn-by-the-Sea sit within a Flood Warning Area for possible flooding from the North Sea. That area broadly matches places where the risk of flooding in any year is greater than 1%, often called the "hundred-year" flood risk. Our surveyors look for signs of old flood damage, such as water marks, damaged plaster, and warped timber, and they assess any flood mitigation already in place.

Saltburn has had serious flash flooding before, especially in September 2013 when Saltburn Bank was submerged and Saltburn Gill and Skelton Beck overflowed, leaving the Cat Nab car park under water. Further flooding in 2017 showed again how exposed the area is to surface water flooding. When we survey homes in flood-risk locations, we look closely at damp proof courses, flooring materials, and the layout of the ground floor rooms to judge flood vulnerability.

Coastal erosion is also part of the picture along the Yorkshire coast, including around Saltburn. The cliffs here, made up of limestone, clay, and sandstone, are especially exposed to erosion made worse by climate change, rising sea levels, and more frequent heavy storms. Shoreline Management Plans for Saltburn set out a "Hold the Line" approach, which means coastal defence structures are kept in place, although some areas still face ongoing erosion risk. Our surveyors can pick out signs of erosion near cliff edges and advise on the next steps for investigation.