Thermographic Survey in Gillingham

Gillingham's housing mix gives us a wide range of thermal patterns to read. homedata.co.uk records show that detached homes make up 32.8% of the stock, semi-detached homes 30.1%, terraced homes 24.3% and flats or maisonettes 12.3%. The age profile is just as varied, with 19.3% built before 1919, 11.2% between 1919 and 1945, 29.8% between 1945 and 1980 and 39.7% after 1980. That spread means one street can hide solid masonry, early cavity wall construction and modern insulated builds all within a short drive of the town centre.

Older homes around High Street, St Mary's Lane and Newbury often use greensand or limestone, sometimes with brick dressings, timber floor joists and lime mortar. Victorian and Edwardian houses in red brick usually have slate roofs, timber sash windows and suspended timber floors, which are common places for draughts and cold spots to appear. Mid-20th century homes can have cavity walls, but early wall ties, incomplete insulation and later alterations leave clear thermal signatures. On the newer side, Wyke Farm on Wyke Road, SP8 4NW, and Lodden View, SP8 4FX, are built with modern cavity wall construction, yet loft hatches, window junctions and service penetrations still leak heat.

Ground conditions add another reason to scan carefully. Gillingham sits over Gault Clay, Upper Greensand and Chalk, and the clay brings moderate to high shrink-swell potential that can stress foundations after wet and dry spells. The River Stour also raises fluvial and surface water flood risk in low-lying parts of the town, so damp and heat loss can overlap in the same area. A thermal survey helps separate structural movement, draughts and moisture cooling, which is valuable in a place with listed buildings such as St Mary the Virgin Church and the wider conservation area.

Thermal images use colour to show temperature differences rather than showing the home as a normal photograph. Cooler areas usually appear blue, green or purple, while warmer areas move through red, orange and white. In a stone house near St Mary's Lane, a blue patch might mean missing insulation, a damp bridge or a draught, so the colour alone is never the whole story. We read the building as a system, not as a single image.

False readings need careful handling. Reflections from glass, sunlight on a south-facing wall, wet brickwork after rain and a warm pipe behind plaster can all distort the picture if they are not checked properly. The camera detects surface temperature variations to 0.1C accuracy, but the report depends on experience as much as equipment. Our surveyors cross-check each result against the building fabric, the weather conditions and the way the property was heated before the scan.

That interpretation matters in Gillingham because the town contains solid masonry, cavity wall homes and newer insulated properties all within the same settlement. A 1940s house near the centre will not cool in the same way as a post-1980 home on the edge of town, and a lime-mortared wall in the conservation area behaves differently again. We annotate each image so you can see which issue needs insulation, which needs ventilation and which simply reflects how the building was built. Clear explanations make the next repair easier to plan.

Our thermographic survey price in Gillingham starts from £300. That includes the infrared visit, external and internal scans, image review and a report that explains the cause of each cold area or hotspot. homedata.co.uk records show an average house price of £329,484, so many owners want clear guidance before spending on insulation, windows or repairs. A focused thermal report gives that guidance in plain language.

For a typical Gillingham property, the survey usually takes 1-2 hours depending on size and layout. Detached homes make up 32.8% of the stock, so larger houses often need more scanning than a compact flat or a terraced house near the centre. Older solid-wall properties around High Street, St Mary's Lane and Newbury can take longer to interpret because stone, lime mortar and later repairs cool at different rates. That extra context helps separate a real defect from a normal material pattern.

Best results come from October to March, with at least a 10C difference between inside and outside and heating on for 2 hours beforehand. Those conditions give stronger thermal contrast, which makes draughts, cold bridges and hidden gaps easier to map. If you are planning insulation work, window repairs or a sale in Gillingham, the report gives a practical starting point before bigger spending begins. The local stock is varied enough that a good thermal survey can save time as well as money.