Thermographic Survey in Totton and Eling

An estimated 29,052 residents live in Totton and Eling in 2024, and that scale brings a mixed housing stock rather than one uniform building type. The area includes listed structures such as the Tide Mill, St Mary's Church, Redbridge Bridge, and homes on Water Lane, Marchwood Road, Trotts Lane, and Rumbridge Street, alongside newer homes at Loperwood Green, Milkcap House, and The Gilldale. That spread matters because a stone wall, a post-war semi, and a new flat all lose heat in different ways.

homedata.co.uk records show that sold prices in Eling Hill over the last year were £282,500 on average, with semi-detached homes averaging £215,000 and flats averaging £350,000. Those figures sit alongside a 30% drop over the last year and a 44% fall from the 2017 peak of £501,833, so energy waste has a real effect on running costs and resale value. A thermal survey gives you a clear picture of where upgrades will have the biggest impact before money goes into loft work, sealing, or wall improvements.

Flood exposure is another local factor. Parts of Eling and Brokenford face risk from the sea, while Bartley Water, the River Test, surface water, and groundwater all bring a chance of hidden moisture at ground level or behind finishes. Thermographic scanning helps us spot those damp patterns early, before they turn into stained plaster, mould growth, or heat loss from saturated materials.

Thermal images use a colour scale, with cooler areas shown in blue tones and warmer areas moving towards red, orange, or white. A cold patch on a ceiling can point to missing loft insulation, while a repeated line at a wall junction often shows a thermal bridge. The image alone is only part of the story, so our surveyors cross-check the reading against construction detail, weather conditions, and the way the property was being heated.

False readings can happen. Bright sun on an external wall, reflections from glass, or stored heat in brickwork can make a surface look warmer or cooler than it really is, especially around the river-facing edges of Eling or the more exposed streets near SO40. We strip those distractions out in the report and annotate each image so you can see what is genuine and what needs a second look.

The report also explains temperature differences in plain terms. A small change may be normal at a doorway, but a sharp contrast across a window frame, roof line, or floor edge often points to poor insulation or air leakage. That detail helps you decide whether the next step is draught proofing, loft work, sealant, or a fuller survey.

Older homes around Eling Hill often show poor loft insulation, patchy top-ups, or gaps left behind after later electrical and plumbing work. We also find cold bridging at junctions where original walls meet later extensions, which is common near historic buildings such as the Eling Tide Mill, St Mary's Church, and the cottages on 5, 6, 7 and 8 Eling Hill. Those joins can bleed heat even when the main wall looks sound.

Along Bartley Water and near the River Test, damp can linger in floor edges, sub-floor spaces, and ground floor walls. A thermal survey does not replace a moisture investigation, but it does show the temperature signature of wet areas, hidden leak paths, and poor drying. That can save a lot of guesswork when plaster is bubbling or mould keeps returning.

Newer properties are not immune either. At Loperwood Green, Milkcap House, The Gilldale, and the approved infill at Holmwood Cottage in Pauletts Lane, we often look for insulation gaps around roof voids, service penetrations, and window reveals rather than obvious missing fabric. Even a modern home can leak heat if the installation has been rushed or altered later.

Thermographic survey prices start from £300, with the final fee shaped by property size, access, and how much detail the survey needs. A compact apartment at Milkcap House is usually quicker to scan than a larger family house near Forest View or a listed property on Eling Hill, where access and fabric details can take longer. Our surveyors still complete external and internal infrared scans, then build an annotated report with the key findings.

Accurate readings depend on the right conditions. We look for October to March, keep the heating on for at least 2 hours beforehand, and want at least a 10C difference between inside and outside so the thermal contrast is strong enough to read. With those conditions in place, we can pick out weak insulation, draughts, and damp signatures with much more confidence.