Chartered structural engineers, detailed reports








Bath and North East Somerset brings together Bath stone terraces and older masonry that can move in different ways. Our structural engineers regularly inspect properties across Bath and North East Somerset, 11 miles south-east of Bristol, from solid-wall homes built in limestone to post-war houses with altered openings. The local ground varies too, with Jurassic limestones in one part and clay-rich deposits in another, so the same crack can have a different cause from one street to the next. That is why a structural survey matters here.
Cracks, sticking doors, sloping floors, or signs of recent wall removal often point to more than simple wear. With 2,072 sales in Bath and North East Somerset in the last 12 months, we see many surveys commissioned during purchase, when a buyer wants a straight answer before exchange. We assess load paths, foundations, roofs, and floor structure, then explain whether the movement is historic, seasonal, or progressive. Where work is needed, our chartered structural engineers can provide calculations and specifications for remedial repairs.

A structural survey looks past the surface finish and into the way a building is carrying its own weight. Our engineers inspect foundations, load-bearing walls, lintels, chimney breasts, roof structure, floor joists, and any visible alterations that may have changed the load path. In Bath’s Georgian and Victorian stock, that often means checking solid masonry walls, timber joist bearings, and lime mortar joints that have started to fail. We also look for signs of subsidence, heave, lateral movement, and cracking around openings.
Damp staining can matter when it links back to structural movement. In Bath stone walls, for example, cement render or hard repointing can trap moisture and push decay into the masonry face, while failed leadwork or roof coverings can feed water into the structure. A careful inspection can separate a maintenance issue from a defect that needs repair design. That distinction matters in terrace homes around central Bath, where one small alteration can affect a shared wall.

The local geology is mixed, and the building response is mixed with it. Bath and North East Somerset sits on Jurassic limestones, including the Inferior Oolite and Great Oolite series, with Bath Stone used widely in ashlar and dressed masonry. Clay-rich soils appear in parts of the district, and those soils shrink in dry weather and swell after rainfall. That movement can open cracks in foundations or exaggerate settlement in older properties with shallow footings.
Housing form matters as much as geology. In Bath, terraced homes account for 32.3% of the housing stock and flats for 31.7%, so our engineers often deal with shared walls, narrow roof spaces, and changes made by previous owners. Many older homes use solid masonry walls with lime mortar, timber floor joists, and pitched roofs finished in slate or clay tiles, while later Victorian and Edwardian properties may use brick with Bath Stone dressings. Those construction details affect where cracks appear and how a structure carries load.
Flood risk also has a place in the picture. The River Avon runs through Bath, so fluvial flooding and surface water flooding can affect basements, lower walls, and drainage around older plots. In some parts of North East Somerset, historic coal mining from the Somerset Coalfield adds another layer, because mining subsidence can leave a long tail of movement. Bath’s UNESCO World Heritage status also means a high concentration of listed buildings and conservation areas, so any remedial work has to respect the fabric as well as the structure.
Cracks tell a story, but the pattern matters more than the size. Diagonal or stepped cracking around windows can point to differential movement, while horizontal cracking can suggest pressure against a wall or failure in a retaining element. In Bath stone terraces, movement often shows near the corners of openings, at the junction between original walls and later extensions, or along mortar joints that have opened over time. We look at the whole building before we decide what the crack means.
Sticking windows, sloping floors, bulging walls, or a gap between wall and ceiling need closer attention. So does a property where a chimney breast has been removed, a load-bearing wall has been altered, or an extension has been added without clear structural paperwork. In the Bath and North East Somerset housing stock, those changes are common in terraced houses and older semi-detached homes. A survey helps distinguish normal seasonal settlement from a defect that may keep moving.

We discuss the cracks, movement, alterations, or subsidence concern so we can set the right scope before the visit.
Our structural engineer usually spends 2-3 hours on site, longer if the Bath property is large, listed, or heavily altered.
We measure visible cracks, inspect walls, roof spaces, floors, and load-bearing elements, then note any signs of distortion or damp linked to movement.
The findings are assessed against load paths, foundation type, ground conditions, and the likely cause of movement, and we can prepare calculations for repair schemes where needed.
You receive a clear report with the defect cause, severity, recommended action, and any further investigation that may be needed.
We talk through the findings and explain next steps, from monitoring over 12 months to appointing a contractor for remedial work.
Not every crack means structural failure. Hairline cracks often come from plaster shrinkage or normal thermal movement, while moderate cracks need context, especially if they widen near doors, windows, or roof junctions. Severe cracking, step patterns through masonry, or cracks that keep widening after a dry or wet season can indicate progressive movement. In Bath’s older limestone walls, a crack that crosses mortar joints is often more concerning than one that sits within plaster only.
Seasonal movement behaves differently from subsidence. Clay-rich ground can dry out around trees and then rehydrate later, which changes the support beneath shallow foundations, while thermal expansion can open and close smaller defects through the year. Our engineers often recommend monitoring over 12 months where the signs point to seasonal movement rather than immediate failure. A stable crack that stays the same width is one thing, but a crack that grows, reappears after repair, or forms in more than one part of a wall needs a closer structural review.
The age and type of construction shape the diagnosis. A Georgian terrace near central Bath may have lime mortar and flexible movement within the masonry itself, while a later brick property in North East Somerset may react differently at cavity walls, steel lintels, or concrete lintel bearings. We assess the whole pattern, not a single mark on one wall. That approach helps prevent unnecessary repairs, and it also catches defects before they spread into a larger load-bearing problem.
Foundations in Bath are often shallow by modern standards, especially in older stone and terraced housing. That matters on clay-rich ground, where shrink-swell cycles can move footings and open stepped cracks through masonry. Properties near trees can be more exposed, because root growth pulls moisture from the soil and increases local movement. In parts of North East Somerset with historic coal mining influence, our engineers also look for signs that point away from simple settlement and towards mining-related movement.
Subsidence claims usually need evidence over time, not just one wet week or one dry summer. We often recommend monitoring for 12 months before major remediation unless the damage is severe or the structure is clearly unsafe. If work is needed, our structural engineers can produce calculations and specifications for underpinning, crack stitching, wall ties, or localised rebuilding where that is the right fix. That level of detail matters in Bath, where Bath Stone façades, listed status, and conservation controls can limit how a repair is carried out.

Book one when you can see cracks that are widening, stepped, or diagonal, or when floors slope and doors start to bind. A structural survey is also sensible after wall removal, before major alterations, or where a seller mentions subsidence, flood history, or historic movement. In Bath and North East Somerset, Bath Stone terraces and older masonry homes often need that extra check because the fabric can hide movement behind fresh plaster. If the issue is active, we will say so clearly.
A building survey looks at the overall condition of the property, while a structural survey focuses on load-bearing performance, movement, foundations, and the cause of cracking. Our structural engineers can provide calculations and repair specifications, which is useful when the problem needs design input rather than just a condition report. A building survey may flag defects, but it does not usually go into the same technical depth on structural behaviour. For older homes in Bath, many buyers choose both because the building can have general defects and a separate structural concern.
Our structural surveys start from £500, and the final fee depends on the size of the property, the severity of the issue, and how much access is needed. A listed house in Bath, a large terrace with roof space access, or a property with significant cracking will usually take more time than a small flat. The fee also reflects whether calculations or a repair specification are required. We give a clear quote before the visit so you know where you stand.
The site visit usually takes 2-3 hours, although a complex Georgian property or a heavily altered home can take longer. Time on site is spent inspecting the visible structure, measuring cracks, checking floor levels, and looking into roof spaces or subfloor areas where access allows. The written report normally follows within 5-10 working days. If the findings are urgent, we make that clear rather than waiting for the report to say the same thing.
Yes. Our chartered structural engineers assess whether the movement is historic, seasonal, or progressive, then identify likely causes such as clay shrinkage, tree root influence, defective drainage, or mining legacy. In the Bath area, the mix of Jurassic limestone, clay deposits, and older shallow foundations means the cause is not always obvious from the outside. We can also advise on monitoring and the next stage of investigation if the evidence is not yet decisive. If remediation is needed, we can set out the repair approach.
Sometimes, but not always. Insurance cover depends on the cause of the damage, the wording of the policy, and whether the movement is classed as gradual deterioration, subsidence, or an insured event such as escape of water. Our report can help support a claim by explaining the defect and the likely mechanism behind it. If the insurer asks for monitoring, we can explain what needs to be tracked and for how long.
They often do, because Bath stone can decay in different ways from brick or render. We look for spalling, delamination, failed repointing, damp penetration, and repairs that trap moisture inside the wall. Older lime mortar behaves differently from cement mortar, so the wrong repair can make the wall work harder and crack further. A structural survey helps separate stone decay from genuine structural movement.
Yes. We assess whether a wall is likely to be load-bearing, whether an opening has enough support, and whether the existing work has changed the load path in a way that needs repair. That is common in Bath terraces where kitchens or living rooms have been opened out without clear structural records. If a steel beam, padstone, or lintel needs review, we can inspect the visible evidence and advise on further checks. We can also prepare calculations where a remedial design is required.
From £350
Homebuyer report for standard homes and flats
From £650
Detailed survey for older or listed properties
From £85
Energy rating assessment for sales and lets
From £250
RICS valuation for Help to Buy redemption
Prices start from £500 for a structural survey, though the final fee depends on the property and the concern being investigated. A small modern home with one crack is quicker to assess than a large Bath stone terrace with roof access, cellar checks, and evidence of historic alteration. Listed buildings can need extra time because access and interpretation are slower, and because repairs may need to match Bath Stone and lime mortar. The cost reflects the technical input needed, not just the time on site.
The report should set out the cause of movement, the severity, and the action needed next. Where appropriate, we include repair recommendations, further investigation points, and calculations for remedial works such as lintel replacement, crack stitching, wall ties, or localised rebuilding. Turnaround is typically 5-10 working days after the visit, although urgent cases can be handled faster if the risk is clear. That clarity helps you decide whether to renegotiate, proceed, or commission repairs before exchange.
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Chartered structural engineers, detailed reports
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Homemove is a trading name of HM Haus Group Ltd (Company No. 13873779, registered in England & Wales). Homemove Mortgages Ltd (Company No. 15947693) is an Appointed Representative of TMG Direct Limited, trading as TMG Mortgage Network, which is authorised and regulated by the Financial Conduct Authority (FRN 786245). Homemove Mortgages Ltd is entered on the FCA Register as an Appointed Representative (FRN 1022429). You can check registrations at NewRegister or by calling 0800 111 6768.