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Chartered surveyors in Stoke-on-Trent

2 RICS surveyors covering 8 postcode districts around Stoke-on-Trent, in the West Midlands. RICS Home Survey Level 2 and Level 3, and RICS Residential Valuation.

Stoke-on-Trent sits squarely on the North Staffordshire Coalfield, so the ground gets almost as much of our attention as the house standing on it, and we advise a Coal Authority report wherever the record suggests shallow workings. Above ground this is one of the older stocks we cover: nearly a quarter of homes around the centre pre-date 1900 and a further sixth are 1930s, which keeps solid walls, slate damp-proof courses and ageing roof coverings at the front of our minds. Terraces of this age were built with lime and need to breathe, and the commonest avoidable problem we see is a hard cement repair doing more harm than the defect it was meant to fix. The Trent and several brooks run close to the city, so flood risk is checked as a matter of course. Our Stoke records are recent but growing, with 36 reports issued since 2024.

Local conditions

What we check in Stoke-on-Trent.

Drawn from official open data for this area, not written from a template. It tells you what a survey here has to account for. It is not a substitute for the formal searches, and we say where those live.

Local authority
Building control records, conservation area status and planning history for Stoke-on-Trent sit with the council here. Where alterations look unauthorised we will say so, and tell you what to ask your solicitor to confirm.

Sources: Environment Agency flood areas and ONS boundary data, both Open Government Licence; coalfield extents from published Coal Authority and BGS mapping. Coalfield boundaries are indicative. A mining report is the authoritative answer for any individual property.

The housing stock in Stoke-on-Trent.

22.8%

of homes within 2.4km of the centre were built pre-1900. Age is the strongest single predictor of what a survey finds, so it is where we start before we have seen the property.

Homes in Stoke-on-Trent by construction era, compared with England and Wales
BuiltShareCompared with England & WalesHomes
Pre-190022.8%+7.3 pts11,390
1900–192910.6%about average5,300
1930s16.3%+6.4 pts8,140
1945–196412.7%-3.6 pts6,360
1965–198214.9%-3.4 pts7,460
1983–19997.6%-4.3 pts3,770
2000 onwards15%-3.1 pts7,510

49,930 homes across 65 statistical areas within 2.4km of the centre. The marker on each bar is the England and Wales share. Source: Valuation Office Agency, Council Tax stock of properties, © Crown copyright, Open Government Licence v3.0.

What that means on an inspection

Pre-1900

Normally solid walls of brick or stone with no cavity, lime mortar, timber suspended floors and lath-and-plaster internally. Any damp-proof course is either slate or absent altogether.

What we usually find. Damp at low level is the most frequent finding, usually where a slate damp-proof course has been bridged by raised ground or by later solid floors and cement render. Chimney stacks, roof coverings and rainwater goods are often at or beyond the end of their serviceable lives, and earlier repointing in cement rather than lime can trap moisture and spall the brick face.

Worth knowing. Solid walls cannot be treated like cavity walls. Injected chemical courses and internal tanking frequently move the problem rather than resolve it, so the cause matters more than the last remedy applied.

1930s

Cavity walls become standard, generally with clay tile or slate roofs, cast-iron rainwater goods and suspended timber ground floors. Bay-fronted semis dominate.

What we usually find. Wall-tie corrosion and bridged cavities are the usual structural concerns, and sub-floor ventilation is often obstructed by later paths, patios or extensions, which brings damp and timber decay to the ground floor. Original roof coverings are typically at the end of their life.

Worth knowing. Cavity wall insulation retrofitted into this stock can cause damp on exposed elevations if the wall was not suitable. Establishing whether the cavity was filled, and when, is worthwhile.

These are tendencies of the local stock, not findings on any particular house. A well-maintained Victorian terrace can be in better order than a neglected 1990s semi, which is the entire reason a survey is done on the building in front of you rather than on its postcode.

Our own record here

What we have surveyed in Stoke-on-Trent.

Aggregate figures only, with no property identifiable.

36reports issued in Stoke-on-Trent since 2025, including 33 surveys and 3 valuations. Every one inspected by an RICS surveyor who works this area.

The ages we have been inside

1930s and 40s33%
1983–199919%
1950s and early 60s14%
1900–192911%
2000 onwards11%
Pre-19006%
1965–19826%

What they are

Semi-detached house47%
Detached house19%
Mid-terraced house17%
Detached bungalow6%

Across the 36 homes behind those reports.

Most often 1930s and 40s. Wall-tie corrosion and bridged cavities are the usual structural concerns, and sub-floor ventilation is often obstructed by later paths, patios or extensions, which brings damp and timber decay to the ground floor. Original roof coverings are typically at the end of their life. Your report is written around what your property actually is.

Counted from our own job records, issued reports only. Aggregate figures: no address, client or property detail is published, here or anywhere on this site.

Areas we cover

Across Stoke-on-Trent and around it.

  • Hanley
  • Burslem
  • Tunstall
  • Longton
  • Fenton
  • Stoke-upon-Trent
Buying here

What to check before you buy in Stoke-on-Trent.

  • SubsidenceStoke-on-Trent has areas with clay-rich soil, which can shrink or expand depending on moisture levels, leading to subsidence in some properties.
  • Damp and CondensationOlder terraced houses and properties lacking modern insulation often experience damp issues, particularly in basements or poorly ventilated rooms.
  • Roof WearMany homes in Stoke feature traditional slate roofs, which can deteriorate over time, particularly if not maintained. Missing slates and leaks are common issues.
  • Chimney and Brickwork ProblemsThe city’s older homes often have ornate brick chimneys, which may suffer from weathering, cracks, or leaning due to age.
  • Faulty Drains and PlumbingProperties in areas with a history of mining can occasionally experience drainage issues caused by ground movement.

Potential Problem Areas

  • Mining LegacyAs a former coal mining region, some parts of Stoke-on-Trent may be affected by old mine workings. It’s advisable to check for a mining report when purchasing property.
  • Energy EfficiencyMany homes in the area, especially Victorian terraces, may lack sufficient insulation, leading to higher energy bills. Retrofitting insulation can be a cost-effective solution.
  • Asbestos in Older PropertiesProperties built or refurbished before the 1980s may contain asbestos in roofing, insulation, or decorative features, requiring professional removal during renovations.

Preventative Measures

  • Professional SurveysA full structural survey is recommended, particularly for older or terraced homes, to uncover hidden issues before purchase.
  • Regular MaintenanceAddressing small issues like blocked gutters, missing roof slates, or cracks in walls promptly can prevent larger problems.
  • Ground Stability ChecksConsulting historical records and arranging a survey for properties in former mining areas can help identify risks.

Buying in Stoke-on-Trent?

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