Chartered structural engineers, detailed reports








Our structural engineers regularly inspect homes across Faringdon, from SN7 terraces near the town centre to later houses on the edge of Oxfordshire. As a historic market town, Faringdon often brings together older masonry buildings, altered interiors and extensions that have changed the original load path. Small defects can sit on top of bigger movement. That is why we look beyond surface cracking and test what the structure is doing.
A structural survey is useful when cracks are widening, floors feel uneven, doors no longer close properly or a lender asks for a closer look. We assess foundations, load-bearing walls, lintels, roof structure and floor joists, then set out whether the issue is cosmetic, seasonal or progressive. Where needed, our team can provide calculations and specifications for remedial work, so contractors have a clear brief rather than a guess.

A structural survey looks at the parts of the building that carry load and resist movement. We inspect foundations, masonry walls, beams, joists, roof timbers, chimney stacks and any altered openings, because a crack only matters once its cause is understood. In Faringdon, that often means checking older properties around the town centre as well as later homes where internal walls have been removed or widened.
Signs of subsidence, heave and lateral movement are part of the same picture. We measure crack widths, assess floor levels and compare movement across different parts of the property, then relate those findings back to the structure itself. A site visit usually lasts 2-3 hours depending on the severity of the issue, and the report normally follows in 5-10 working days.

Faringdon sits in Oxfordshire as a historic market town, so the local stock is likely to include older masonry properties near the centre, with more modern materials appearing in later schemes across SN7. No active new-build development specifically within the SN7 postcode was definitively identified in the initial search, which means the age mix has to be judged from the property itself rather than from a neat local pattern. That matters because different construction eras fail in different ways. Solid walls, lime-based finishes and older timber elements behave differently from post-1980 cavity walls and lightweight roof systems.
The search did not definitively identify local geology, shrink-swell risk or housing-stock percentages for Faringdon, so our engineers do not assume a single cause when cracking appears. We check the site clues first, including drainage, nearby trees, ground levels and any previous structural changes. Where a property sits in a conservation area or has listed status, repairs can become more sensitive because matching materials and fixing methods matter. A neat patch can hide a structural issue if the underlying movement has not been traced.
Homes in and around SN7 may also show the effects of past alterations. Open-plan knock-throughs, rear extensions and chimney removals can change the load path, especially in older buildings with traditional masonry walls. If the original structure was already carrying uneven loads, the new work can expose weak points that had been stable for years. That is why our survey process looks at the whole building, not just the crack a buyer first noticed.
Fresh diagonal or stepped cracks in brickwork are a warning sign, especially when they pass through multiple bricks rather than sitting in plaster alone. Horizontal cracking can point to pressure, lintel movement or wall restraint issues, while gaps above doors or windows can show distortion in the frame or the wall above it. In a Faringdon SN7 property, a crack beside a bay window or across a chimney breast deserves proper measurement, not a quick filler repair.
Sticking doors, sloping floors, bulging walls and joints opening at ceiling level all suggest that movement may be more than surface shrinkage. Short hairline cracks can come from drying or thermal movement, but the pattern matters, as does whether the defect is widening over time. If a problem appeared after a dry summer, a new extension or the removal of an internal wall, a structural survey gives the clearest route to the cause.

We begin with a short call or message exchange to understand the crack pattern, the property age, any extensions and the concern from a lender, buyer or homeowner.
A chartered structural engineer attends the property and spends around 2-3 hours on site, depending on the severity of the issue and how much of the building needs to be assessed.
We measure crack widths, check floor levels, inspect roof structure, review load-bearing walls and look for signs of movement, damp-related distress or previous alterations.
The findings are compared with the likely load path and structural behaviour, and where subsidence is suspected we may recommend monitoring before remediation, often over 12 months.
You receive a written report, usually within 5-10 working days, with the likely cause, the severity of the defect and practical next steps.
Our team can talk through the report, explain the findings in plain language and, where needed, provide specifications for remedial work that contractors can price accurately.
Cracks need context. Hairline cracks in plaster often relate to drying shrinkage, minor thermal movement or a recent finish, while stepped cracks through masonry can point to movement in the wall itself. Moderate cracks around openings deserve more attention, especially if they appear near a window corner, a lintel or the junction between an extension and the original house. Severe cracking, bulging or separation at floor and ceiling level can suggest a structural problem that needs prompt investigation.
The pattern over time matters as much as the crack shape. Seasonal movement can appear after a dry spell and then settle when moisture levels return, but progressive subsidence or heave usually shows a change that keeps developing. We often recommend monitoring if the evidence suggests uncertainty rather than active failure, because a single visit cannot always distinguish old movement from current movement. In practice, the photograph taken today is only one part of the story.
The initial research did not confirm a definitive local geology profile for Faringdon, so our engineers do not rely on assumptions about clay, chalk, sand or other ground types. We inspect the actual foundations, the surrounding ground, any drainage issues and the effect of nearby trees before forming a view. That approach matters in Oxfordshire, where the ground response can vary from one street to the next.
Older homes may sit on shallow footings by modern standards, and additions can create different settlement behaviour if the new work was built on a separate foundation detail. Tree root influence can intensify drying around the property, which is why the relationship between soil moisture, vegetation and seasonal change needs careful review. If subsidence is suspected, insurers often ask for evidence over time, and a 12-month monitoring period is commonly part of the process before remediation is planned.

A structural survey is worth booking when cracks are widening, floors feel uneven, doors stick or a buyer has concerns about an extension, chimney breast or altered wall. It is also sensible if a lender, insurer or solicitor wants a specialist opinion on movement. In Faringdon, older masonry homes and altered properties around SN7 often benefit from a closer engineering review.
A structural survey focuses on movement, load paths, foundations and the cause of a defect, and it is carried out by a chartered structural engineer. A building survey is broader and looks at the overall condition of the property, with maintenance points across the whole home. If the main concern is cracking, subsidence or structural distortion, the engineering route is usually the better fit.
Our structural surveys in Faringdon start from £500. The final fee depends on the property size, the seriousness of the issue, access to lofts or roof areas and whether extra time is needed for measurements or calculations. A complex defect or a larger home can take more time on site and in the report.
A site visit usually takes 2-3 hours, although larger homes or harder access can extend that. After the inspection, the report typically arrives within 5-10 working days. If the issue looks like possible subsidence, we may recommend further monitoring before final repair advice is given.
Yes. Our chartered structural engineers assess crack patterns, floor levels, external movement, foundation behaviour and the wider load path to decide whether subsidence is the likely cause. We can also recommend monitoring, which is often needed over 12 months before any remediation plan is signed off. That makes the next step clearer for homeowners, lenders and insurers.
Cover depends on the policy wording and the cause of the problem. Some claims fall under subsidence cover, while others may be treated as wear, poor maintenance or alteration-related movement. An engineer's report often helps an insurer decide whether the issue is claimable and what evidence they need next.
Yes, and this is a common reason for a structural survey in Faringdon. We check whether the opening has adequate support, whether the load path has been transferred correctly and whether any cracking is linked to the new work. If calculations or a repair specification are needed, we can provide them as part of the report.
From £350
Homebuyer report for standard homes
From £650
Full building survey for older or altered homes
From £90
Energy performance certificate for sale or letting
From £250
RICS valuation for shared ownership and scheme admin
Our structural surveys in Faringdon start from £500. The fee varies with the property size, the access required, the number of affected areas and the complexity of the defect. A simple crack review in a small house will cost less than a full assessment of movement across an extended home with roof and foundation concerns. If the survey needs extra time to inspect a loft, basement or outbuilding, that can also affect the price.
The report usually sets out the observed defects, the likely cause, the level of risk and the practical next steps. Where the problem needs a repair design, our engineers can include calculations and specifications so builders have a clear brief. Most reports are issued within 5-10 working days, and urgent cases can sometimes move faster if access is straightforward and the evidence is clear.
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Chartered structural engineers, detailed reports
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