Gutter Inspection Hampshire

Water cascading over the front lip of the gutter during normal rainfall indicates that the channel is blocked or the fall is incorrectly set. This overflow can damage walls, fascia and foundations as water bypasses the downpipe system entirely.

Overflow events often leave brown staining on brick or render below the gutter line. Prolonged exposure can rot the fascia behind the gutter, requiring considerably more extensive repairs than simply clearing the original blockage.

Drip lines on fascia paint between brackets indicate that water is leaking from joints or that the gutter is not seated correctly. This points to slipped ferrules, cracked joints, or brackets that have loosened over time.

Gutter brackets loosen as the timber behind them softens, causing the gutter to drop and the slope to flatten. Water then pools rather than flowing to the outlet, exacerbating the leak and potentially rotting the fascia further.

Moss tufts or grass protruding from the gutter channel indicate accumulated organic matter and standing water. Leaves, moss mats and bird nests obstruct the channel and prevent proper water flow to the downpipe.

Properties beneath oak, sycamore and lime tree canopies experience rapid gutter filling after autumn leaf fall. A single annual inspection may miss significant blockages, making two inspections per year advisable to keep channels clear during winter storms.

Brown staining on brick or render below the eaves indicates overflow events or joint leaks allowing water to run down the wall. This staining is often a late warning sign that the gutter system has been failing for some time.

Coastal Hampshire terraces are particularly vulnerable to south-westerly winds driving rain against parapet returns. A 1930s semi-detached property may display a rust streak below the rear bay, often traced back to a hairline crack in the cast iron stop end.

Soft spots in the soffit, peeling paint on the fascia, or rotten timber visible from an upstairs window all indicate prolonged capillary water exposure behind the gutter. This type of damage frequently requires fascia replacement in addition to gutter repair.

Cast iron systems often exhibit ferrule slip when the cast lug securing the socket to the bracket corrodes. As the bolt loosens, the joint drops a few millimetres, and water penetrates behind the gutter, rotting the timber over time.

We measure each bracket point using a digital level, working to a 1 in 600 slope to ensure proper water flow to the outlet. Sagging runs where brackets have loosened over time cause the slope to flatten and water to pool.

A correct fall prevents standing water that accelerates corrosion and organic build-up. Any bracket points found to be out of level are documented with recommendations for repositioning or replacement.

We inspect every union, stop end and outlet for leaks, cracks or separation. Hairline cracks on uPVC stop ends and mitres are common failure points, particularly on modern homes.

Joint leaks are documented with photographs and a brief description of the recommended repair. Cast iron systems are checked for ferrule slip resulting from years of corrosion that can cause joints to drop.

We examine the timber behind the gutter at 1-metre intervals, probing for soft spots and rot. Peeling paint on the fascia frequently conceals underlying timber degradation from water exposure.

Rotten timber visible from an upstairs window is flagged as requiring urgent attention. The report includes photographs and recommendations for fascia repair or replacement alongside any gutter work.

We flush each downpipe with a 10-litre bucket to confirm flow from the hopper to ground level. Blocked downpipes are the most frequently reported issue in our surveys, with leaves, moss and debris obstructing the channel.

We also check the gulley and the first metre of the underground run, using a water flow test to identify most drainage faults without lifting a drain cover. Slipped joints between socketed lengths and corrosion on cast iron above the shoe are common faults.

We map every defect onto a sketch plan of the roof and provide a written report within 48 hours of the initial inspection. Each item includes a photograph with a brief description of the recommended repair and a quote for any work identified.

The report documents the gutter material, profile and age. Homes built before 1960 often feature original cast iron, while modern uPVC properties display varied failure patterns at corner mitres. The report also serves as an insurance record for water-ingress claims.

Booking a gutter inspection after significant wind or rain events is advisable. Hampshire regularly experiences south-westerly fronts, and the Met Office records several named storms most winters.

Wind can displace tiles, snap brackets and lift hopper covers. Heavy rain can force water past compromised joints that handle lighter rain without issue. Even a robust system can lose a downpipe clip during a single overnight storm.

The morning after a storm, walk your property boundary and look upward. Check for displaced ridge tiles and missing slates, and note any torn flashing or gutters hanging from a single bracket. A piece of dark plastic on the ground may indicate a snapped uPVC clip; a length of cast iron in the flowerbed may mean a section has detached from the run.

We respond to inspection enquiries within 48 hours. Storm responses and active leaks are prioritised, with a 24-hour emergency response available when water is actively entering the property. You can send a photograph of the issue by email and our team will assess the urgency from the image.

Our team will identify any urgent repairs required on the day of the visit. We are able to provide a make-safe temporary fix where needed, and a permanent repair quote is sent within 48 hours. Urgent repairs encompass active water ingress, unsafe sections at risk of falling, and damage threatening the building fabric.

We conduct multi-storey inspections using scaffold towers. Building height and ground conditions determine the access plan, with three-storey townhouses requiring elevated access equipment.

Every gutter inspection includes the downpipes from the hopper to ground level. We check the gulley and the first metre of the underground run, using a water flow test to identify most drainage faults without lifting a drain cover.

Common downpipe faults include slipped joints between socketed lengths and corrosion on cast iron above the shoe. Root ingress into the gulley can occur on plots with mature trees, where roots push through joint mortar and cause blockages.

Below ground, clay pipework from pre-1980s housing can crack at the rocker joint where the gulley meets the run. On older properties with mature sycamore trees nearby, root mass may be found at the gulley trap, requiring a drainage specialist for further investigation.