Chartered structural engineers, detailed reports








Sandstone tenements, slate roofs, and solid-walled townhouses shape much of Edinburgh, from the Old and New Towns UNESCO World Heritage Site to Stockbridge, Dean Village, Newhaven, Duddingston, Leith, and Portobello. Our structural engineers regularly inspect properties across these areas, where traditional stone construction, lime mortar, and later alterations can hide movement that is not obvious from a quick viewing. homedata.co.uk records show an overall average house price of £340,772 in Edinburgh to May 2026, with 6,854 sales in the last 12 months, so buyers are often making large decisions before the structure has been properly checked. A structural survey gives that decision proper engineering context.
We assess when cracks are cosmetic and when they point to load path changes, foundation movement, roof spread, or damp linked to failure in masonry or timber. The city’s housing stock is 57.3% flats, maisonettes or apartments, and many of those homes sit in tenements with shared roofs, stairwells, and walls that need a closer look after leaks, alterations, or delayed maintenance. Our team looks for the pattern behind the defect, not just the defect itself. That matters in a city where historic stonework sits beside new apartments on Leith Walk, Cammo Road, West Coates, and West Harbour Road.

A structural survey looks at how the building stands up, how loads move through it, and where weakness may be forming. Our structural engineers examine foundations, load-bearing walls, lintels, floor joists, roof structure, retaining walls, and signs of movement around openings. In a Edinburgh tenement, that often means checking shared masonry, stair cores, and roof spaces as well as internal finishes that may have been disturbed by earlier works. We also look for damp patterns that point to structural failure rather than simple condensation.
The method changes with the property. A sandstone villa in Duddingston, a flat on Leith Walk, and a newer apartment at The Engine Yard on Leith Walk, EH6 5DS, each raise different questions about construction, access, and load paths. home.co.uk currently lists active new-build homes such as Waterfront Plaza at 100 West Harbour Road, EH5 1PN, from £299,000, Bonnington Living at 100 Bonnington Road, EH6 5AB, from £249,995, and Cammo Meadows on Cammo Road, EH4 8AW, from £399,950. Modern cladding, cavity walls, and steel or concrete frames need a different inspection approach from ashlar sandstone and lime mortar.

Edinburgh’s geology is varied, and that matters beneath the floorboards. The city sits on Carboniferous sedimentary rocks, including sandstones, shales, and limestones, with interbedded volcanic rocks, while glacial deposits and volcanic plugs shape ground conditions from one street to the next. Areas with clay around the Firth of Forth basin can present a moderate to high shrink-swell risk, which can affect foundations during long dry spells or after heavy rain. That mix of rock and clay is one reason our structural engineers treat movement in Edinburgh as a site-specific question, not a postcode assumption.
Flood risk also shapes structural risk. The Water of Leith and its tributaries affect places such as Leith, Stockbridge, and Gorgie, while Leith and Portobello face coastal flooding from the Firth of Forth during storm surges and high tides. Surface water flooding is a wider concern because Edinburgh’s undulating topography and urban drainage can struggle in heavy rainfall. Moisture does more than stain plaster, it can soften timber, wash out mortar, and speed up decay in roof timbers and sub-floor voids.
Housing stock adds another layer. Edinburgh has 526,470 residents and 233,700 households, and the city has a very high concentration of conservation areas and listed buildings, including the Old and New Towns, Stockbridge, Dean Village, Newhaven, and Duddingston. Traditional buildings are often solid-wall sandstone with natural slate roofs and timber sash and case windows, while later post-war homes may use cavity walls, concrete blocks, and render. Shared ownership in tenements can delay repairs to common roofs and stairwells, so a small defect can grow while the paperwork moves slowly.
Cracks are the signal most owners notice first. We inspect stepped cracking in masonry, diagonal cracks around openings, horizontal cracking that may indicate lateral movement, and wider cracks that change with the seasons. Doors and windows that suddenly stick, floors that slope, or a gap opening between a wall and ceiling can point to settlement or distortion rather than ordinary wear. A flat on West Mayfield, EH9 1TQ, can show a very different pattern from a house in Cammo Meadows on Cammo Road, EH4 8AW.
Recent alterations are another trigger. Removing a load-bearing wall, adding a rear extension, or changing a roof layout can alter the load path and expose a weakness that had been hidden for years. In tenements, unauthorised internal work can be especially sensitive because the building depends on shared walls and common structure. If a property on Bonnington Road, EH6 5AB, or a stone villa near Dean Village begins to bulge, crack, or twist after works, we look beyond the finish and test the structure beneath it.

We start with the history of the property, the crack pattern, any recent alterations, and the location, such as EH5, EH6, EH8, or EH12. That helps our structural engineers decide what to inspect first.
The inspection usually takes 2-3 hours, depending on the severity of the issue and how much of the building we need to access. We examine key rooms, roof spaces, external walls, floors, and any visible foundations or retaining structures.
We measure crack widths, record levels, check openings, and assess whether movement is active or historic. Where needed, we look at load-bearing walls, roof spread, damp routes, and the effect of any previous building work.
Our team studies the building form, materials, and likely load path, then decides whether the issue is settlement, thermal movement, defect, or a structural problem that needs remedial work. If required, we can provide calculations and specifications for repairs.
You receive a written report, usually within 5-10 working days, with findings, risk level, and practical next steps. If the property needs monitoring, repairs, or specialist follow-up, we set that out clearly.
We then talk through the report so you can decide whether to renegotiate, repair, monitor, or seek further investigation. That is especially useful for older stone properties in conservation areas or flats with shared structural elements.
Not every crack signals a serious defect. Hairline cracks can appear with drying plaster, thermal expansion, or minor seasonal movement, especially in older finishes over sandstone walls or modern plasterboard joints. Moderate cracking needs more context, because a crack that stays static is very different from one that widens across the months. Our structural engineers read the shape, direction, and location before we decide whether it needs monitoring or immediate action.
Progressive movement usually leaves clues around doors, windows, and floor levels. Diagonal or stepped cracks around openings often matter more than short surface cracks in plaster, and horizontal cracking in masonry can point to restraint, tie failure, or lateral pressure. In Edinburgh, we often see this debate in tenements and townhouses near Leith, Stockbridge, or the Old Town, where age, weather exposure, and past alterations overlap. If the crack follows the mortar line in a sandstone wall or changes after a dry spell, we look for ground-related movement as well as building defects.
Monitoring is often sensible when the pattern is small, localised, and not obviously worsening. Subsidence claims typically need evidence over 12 months before remediation is agreed, so we may recommend crack gauges, level checks, or repeat readings rather than immediate work. Immediate action is more likely when cracks are wide, recurrent, or tied to wall bulging, floor distortion, or roof spread. A careful diagnosis saves unnecessary repair work, which matters in high-value parts of the city where even a minor defect can affect a sale or insurance discussion.
Foundation type matters because Edinburgh’s older homes were built before modern standards for ground investigation and damp control. Many traditional properties sit on shallow or historic footings beneath solid sandstone walls, while later homes often use strip foundations under cavity construction. In clay-rich ground around the Firth of Forth basin, shrink-swell cycles can move the soil enough to disturb footings, especially after dry weather or after mature trees change the moisture balance.
Localised subsidence is not as widespread here as in some parts of England, but it still appears where ground conditions, tree roots, or old mine workings combine. That can matter near garden trees, in suburban streets, or in older properties where past alterations changed load distribution. Mining legacy is more of a peripheral Lothians issue than a central Edinburgh one, yet our structural engineers still check for signs that point to historic instability when a wall cracks, a floor dips, or a bay begins to separate. Insurance claims often need a clear diagnosis before cover or repair funding is agreed, so the evidence matters.

We recommend a structural survey when you see stepped cracks, diagonal cracking around openings, sloping floors, bulging walls, or doors and windows that have started to stick. It is also wise after wall removal, an extension, flood exposure, or any sign that a property on Leith Walk, West Coates, or West Harbour Road has begun to move. If the issue affects the load-bearing structure rather than just the finish, our structural engineers should inspect it. A quick viewing cannot tell you whether the problem is cosmetic or structural.
A structural survey focuses on movement, foundations, load paths, and the safety of the structure. A building survey is wider, so it reviews the overall condition of the property, including maintenance defects, damp, timber, and roof coverings. In Edinburgh, a building survey is often useful for older flats and houses, while a structural survey is the better choice when cracks, subsidence, or wall alterations are the main concern. We can also help if you are unsure which report fits the property.
Our structural surveys start from £500, with the final fee depending on the severity of the issue, the size of the property, and how much access is needed. Complex stone buildings, listed properties, and homes with roof or basement issues can take longer to assess, which can increase the cost. For comparison, local building survey pricing in Edinburgh is typically £500-£700 for a 2-bedroom flat, £600-£900 for a 3-bedroom house, and £750-£1,200+ for a 4-bedroom house. The most accurate quote comes after we understand the defect and the building type.
The site visit usually takes 2-3 hours, although larger or more complex buildings can take longer. After that, we analyse the findings, check any measurements, and prepare the report. Most reports are delivered within 5-10 working days. If the property needs calculations or remedial specifications, that can add time, but we will explain the likely timetable at the outset.
Yes. Our structural engineers assess subsidence by looking at crack pattern, floor levels, load transfer, ground conditions, moisture movement, and any signs of historic or active settlement. We can also advise on monitoring, which is often needed over a 12-month period before a subsidence claim is fully evidenced. If the issue is linked to tree roots, drainage, or clay shrinkage, we will explain what is driving the movement and what to do next.
Sometimes, but it depends on the policy and the cause of the damage. Insurers usually want evidence that the problem is not just wear and tear, and they may ask for reports, crack monitoring, or confirmation that the movement has stabilised. If the damage came from a covered event, such as a sudden leak or a specified subsidence issue, repairs may be considered. We help by setting out the facts clearly, which gives the insurer a stronger technical basis for review.
Tenements often need closer inspection because they rely on shared walls, shared roofs, and common stairwells. In places such as Stockbridge, Dean Village, and Newhaven, delayed maintenance to one part of the building can show up as leaks, damp, timber decay, or masonry movement elsewhere. Internal alterations can also cause trouble if a load-bearing wall has been removed without proper support. That is why many tenement buyers ask us to inspect before they commit.
Yes, and Edinburgh has a high concentration of conservation areas and listed buildings, including the Old and New Towns. Those properties often need a careful review because traditional sandstone, lime mortar, slate roofs, and sash and case windows behave differently from modern materials. We look for spalling stone, eroded joints, roof defects, and timber decay, then explain what can be repaired without harming the building’s character. The approach is technical, but the advice stays practical.
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Structural survey pricing in Edinburgh starts from £500, but the right fee depends on what we need to inspect and how much time the building will need. A straightforward flat in Bonnington or Leith may be quicker to assess than a stone townhouse in the Old Town, especially if there is roof access, a cellar, or a shared stairwell to review. Property size, access to lofts or basements, and the extent of cracking or movement all influence the cost. If calculations or remedial specifications are needed, the fee reflects that engineering work too.
home.co.uk currently lists a wide range of new-build pricing in the city, from The Engine Yard on Leith Walk, EH6 5DS, at £245,000 to The Crescent at Donaldson's on West Coates, EH12 5QJ, from £995,000. Those figures show why structural advice matters before you buy, because a high asking price does not remove the risk of hidden defects. Our report typically sets out the defect, the likely cause, the level of urgency, and the next steps. That clarity helps buyers, sellers, and homeowners decide whether to repair, monitor, or renegotiate.
Turnaround is usually 5-10 working days after the visit, although complex properties can take longer if we need to check drawings, calculate support details, or review additional evidence. Edinburgh’s mix of old sandstone, post-war cavity construction, and modern cladding means no two reports read the same. A flat in EH6 with damp from a leaking roof needs a different response from a listed house in EH9 with masonry movement. We write the report so it can be used with solicitors, insurers, and contractors without translation into ordinary language.
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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.