High-resolution aerial roof inspections - no scaffolding needed








Across Stoke-on-Trent's roofscape, our CAA-licensed drone pilots carry out aerial roof inspections under UK drone rules, including CAP 722. We use 4K or higher imagery to inspect roof coverings, chimneys, ridge lines, flashings, and guttering without the cost or disruption of scaffolding. Typical flights take 20-40 minutes depending on property size, which makes the process quick for terraced streets in Burslem, taller homes in Hanley, and detached houses around Trentham. Every pilot holds a valid CAA flyer ID and operator ID before we take off.
High above the tiles, we capture the detail that matters most to homeowners and buyers. Slipped slates, cracked mortar, moss build-up, blocked gutters, and flat roof wear all show clearly in the imagery, especially when a roof has rear slopes or hard-to-reach valleys. That level of detail suits Stoke-on-Trent's varied stock, from Victorian terraces and ageing council homes to newer properties at Waterside in Trentham and Gladstone Rise in Longton. Our report turns those images into plain findings, so you can see where a roof needs repair, monitoring, or further inspection.

Our aerial surveyors capture crisp still images and video from multiple angles, then zoom in on the parts of a roof that are often missed from the ground. That includes chimney stacks and pots, ridge tiles, hip tiles, mortar joints, flashing around roof penetrations, and the condition of gutters and downpipes. We also record missing, cracked, and slipped tiles, along with signs of moss growth, vegetation, ponding on flat roofs, and wear on valley gutters. On a terrace off Edensor Road in ST3 2QE, those details can be the difference between a minor repair and a hidden leak.
The value of the imagery lies in comparison and clarity. Our team can line up wide shots with close-up views, so you can trace a defect from the roof edge to the exact tile or joint involved. Where a chimney in Albert Square, Fenton, shows loose mortar, the images make that visible without anyone climbing onto the stack. The same applies to flat roof membranes on rear extensions, where splits and standing water often sit out of sight until the rain reveals them.

Stoke-on-Trent has a diverse housing stock, and that variety shapes the way we inspect roofs. Older potters' cottages, Victorian terraces in Burslem or Hanley, ageing housing association blocks, and long-running council housing all create access problems for ladders and scaffold. Many streets were built with narrow plots and shared boundaries, so a drone gives us a safe way to read the roof without blocking entrances or lifting heavy equipment over a neighbour's garden. The mix also includes contemporary new-builds, which can have tall gables, complex roof junctions, and rear elevations that are awkward to inspect from ground level.
Conservation controls matter here too. Stoke-on-Trent has 22 conservation areas, including Stoke town centre, Burslem Town Centre, Longton town centre, Caldon Canal, the Trent and Mersey Canal, and the city centre at Hanley. Roof work in those settings can call for extra care, and scaffolding may be awkward where access is tight or where a property sits close to listed fabric such as Stoke Minster, the Town Hall, the Spode site, or the Burslem School of Art. A drone survey gives a detailed roof record first, so owners can decide what work is needed before they commit to a larger access setup.
Ground conditions also shape roof problems over time. Stoke-on-Trent sits on the North Staffordshire Coalfield, an area of nearly 100 square miles, and the city has over 8,000 disused mine shafts plus more than 200 abandoned adits. Clay soil here can shrink and swell with changes in moisture, which adds another layer of movement risk, while the River Trent, Fowlea Brook, Lyme Brook, and Ford Green Brook create flood pressure in low-lying areas such as Joiners Square, Boothen, Abbey Hulton, Bucknall, Fegg Hayes, Bradeley, Sneyd Green, and Trent Vale. Roofs in these parts often need close checks after storms, frost, or prolonged wet weather because slipped tiles and failing flashing tend to show up first.
Drone access changes the rhythm of a roof inspection. Our pilots can inspect high slopes, chimney stacks, rear elevations, and valleys without scaffolding, which keeps the visit short and avoids the disruption of a full access platform. The camera also reaches places a ladder cannot sensibly cover, so you get more of the roof surface in one pass. For homes with multiple roof faces in Fenton or Longton, that aerial view is often the clearest first step.
Traditional inspection still has a place. If we spot staining, movement, or timbers that may need hands-on checking, a conventional survey can add the missing detail, especially inside loft spaces where drones cannot go. That matters in older houses, such as a 1925 detached property with dished roof faces or an older terrace with long-standing movement around a rear bay window. We use the two methods in a practical order, starting with the roof view and then widening the inspection only if the evidence calls for it.

Send us the property details and choose a convenient date. We confirm the roof type, access points, and any special considerations before the visit.
Our CAA-licensed drone pilot confirms flyer ID, operator ID, and the site plan before take-off. We work within CAP 722 and keep the flight within the right airspace rules.
We normally spend 20-40 minutes flying around the property, taking high-resolution images from several angles. Roof edges, chimneys, valleys, and rear slopes all get close attention.
After the visit, we review the images carefully and annotate the key findings. That makes the report easier to read and easier to act on.
You receive a written roof report with the photos, notes on defects, and practical recommendations. If weather stops the flight, we rearrange the survey rather than rush it.
If the imagery suggests internal movement, damp, or timber issues, we can recommend a traditional survey for loft and structural checks. That gives you the right level of detail for the building in front of you.
The first thing good aerial imagery shows is tile-level detail. We can zoom in far enough to check whether a single slate has slipped, whether ridge tiles are loose, and whether mortar has cracked away around the hip or chimney. On a terrace in Hanley, that close view can reveal a small defect that would never stand out from pavement level. It also helps us separate surface grime from genuine damage, which matters when a roof has been covered in moss for years.
Chimney stacks deserve special attention in Stoke-on-Trent because many older homes still rely on them as exposed high points. Our images often pick out weak mortar, broken pots, failing lead flashing, and open joints where water can enter after wind-driven rain. Gutter blockages are easy to spot from above too, especially where leaf litter, moss, or roof debris has built up along the eaves. Flat roofs are another common check, since ponding water and membrane splits can be seen clearly when the camera looks straight down.
Comparison shots are useful for owners who want to monitor change over time. We can repeat a survey after repairs, after a storm, or before a sale and line the new images up against the earlier ones. That kind of visual record works well for homes in Trentham, Longton, and Burslem, where roof age and construction type can vary a lot from one street to the next. If the survey shows internal risk rather than surface wear, we will say so plainly and point you towards a traditional inspection for the loft, timbers, or hidden structure.
Leaking roofs come up often in older council housing, ageing housing association properties, and privately rented homes across Stoke-on-Trent. The usual causes are loose ridge tiles, displaced slates, broken guttering, and poor weatherproofing around chimneys or roof junctions. We also see damp and mould linked to leaking roofs, especially where ventilation is poor and modern insulation has reduced natural airflow through the building. In a street of Victorian terraces in Burslem, one slipped tile can send water into more than one room.
Period homes can show cracks, movement, and signs of long-term wear around the roofline, while newer houses can develop problems around flat roof sections and rear extensions. Stoke-on-Trent has seen roof damage linked to storms, age, and local ground movement, and the local research also notes rusting expanding steel lintels as a source of minor wall cracking. We have also seen dished roof faces, clogged gutters, loose hip tiles, and valley defects in older homes, including a detached house built in 1925. The aerial view helps us identify where the damage sits, so the repair brief is based on evidence rather than guesswork.

Our pilot visits the property, checks the airspace and site conditions, then flies a drone around the roof to capture 4K or higher images and video. We inspect the main slopes, chimneys, valleys, flashing, and gutters from several angles, then review and annotate the findings before sending the report. The process usually takes 20-40 minutes on site, depending on roof size and access.
Our drone roof surveys start from £200. The final price depends on roof size, height, the number of roof faces, and how much detail the property needs, especially on larger detached homes in areas such as Trentham or complex terraces in Hanley. You receive the flight, image review, and a written report within the service.
We operate under UK drone regulations and our pilots hold valid CAA flyer ID and operator ID credentials. Permission depends on the site, the airspace, and the flight plan, and we handle those checks before we fly. If a property sits near restricted airspace or another constraint, we will flag it early and adjust the plan.
We do not fly in heavy rain, and wind has to stay below 25mph for a safe survey. If the weather turns against us, we reschedule rather than force the flight. That protects the aircraft and gives you cleaner images, which matters when you need to read tile edges, flashings, and mortar joints clearly.
A drone survey gives a detailed exterior view, but it cannot inspect internal loft spaces or touch-test materials. If we see staining, movement, damp, or timber concerns, we usually recommend a traditional roof or building survey as a follow-up. That is the best route for older Stoke-on-Trent homes where internal signs can matter as much as what sits on the roof.
We capture 4K or higher imagery, which gives enough detail to inspect individual tiles, ridge lines, chimney mortar, and flashing. The images can be zoomed in during review, so small defects often stand out much better than they would from ground level. That level of clarity is useful for both repair planning and before-and-after comparisons.
Older terraces in Burslem, Hanley, and Longton are strong candidates because access is often tight and rooflines can be awkward. Larger detached homes in Trentham, homes near flood-warning areas such as Joiners Square or Boothen, and properties within conservation areas also benefit from a clear aerial record. New-build homes can need it too if the roof has complex junctions or a flat section at the rear.
We explain the issue in the report and show the images that support the finding. If the roof problem looks structural, or if the loft and timbers need checking, we recommend a follow-up traditional survey so you can make a proper repair plan. That gives you a clear next step rather than a vague warning.
From £250
Traditional roof inspection for roofs that need a hands-on check
From £375
Best for conventional homes that need a clear condition review
From £600
Detailed building survey for older, altered, or complex homes
Price on request
Energy rating assessment for buyers and sellers
Our drone roof surveys in Stoke-on-Trent start from £200, which keeps the entry cost lower than setting up scaffolding for a full access inspection. The fee covers the flight, image capture, annotation, and a written report that sets out what we found in plain language. Because the city has so many roof types, from terraces in Burslem to detached homes in Trentham, the price can rise with roof size, height, and the number of slopes or chimneys involved. New-build homes at Waterside in Trentham or Gladstone Rise in Longton can still need careful aerial work if the roof layout is tall or folded.
Local market context also matters. homedata.co.uk records show an average house price of £151,000 in Stoke-on-Trent in March 2026, with detached homes at £237,000, semi-detached at £163,000, terraced homes at £128,000, and flats or maisonettes at £93,000. The same data shows a 1.6% rise in the average house price from March 2025 to March 2026, alongside 7,800 property sales between April 2025 and March 2026. That spread of values explains why roof condition matters so much, especially where a small defect could affect a sale, a mortgage valuation, or repair planning.
If the weather stops the flight, we rearrange the survey rather than push ahead in poor conditions. That policy matters in a city exposed to wet weather, flood warnings, and wind across the River Trent corridor and the Brook valleys, because rushed imagery is never as useful as a clean flight. Once the roof has been captured, we review the files carefully and send the report with the findings, images, and recommendations. For homes in Stoke town centre, Burslem Town Centre, Longton town centre, or any of the conservation areas across the city, that record gives you a sharp view of the roof before any ladder or scaffold goes up.
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High-resolution aerial roof inspections - no scaffolding needed
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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.