High-resolution aerial roof inspections - no scaffolding needed








Above Washington's roofs, our CAA-licensed drone pilots capture high-resolution images without scaffold towers, ladder climbing, or long disruption on the ground. We work under UK drone regulations and CAP 722, with flyer ID and operator ID checks in place before every flight. A typical roof survey flight takes 20-40 minutes, while the full visit usually stays within 30-60 minutes depending on the roof size and layout. That makes a drone roof survey in Washington a practical way to inspect ridges, chimneys, valleys, and gutters from safe ground.
Around the parish, many homes sit under the South Downs escarpment, and that setting creates roof details worth seeing from above. The 2019 Storrington, Sullington & Washington Neighbourhood Plan records 45% detached houses and bungalows, plus 21% semi-detached houses and bungalows, so we often inspect roofs with multiple pitches, side extensions, and hard-to-reach junctions. Washington also has a primary school and The Frankland Arms, and those tighter village plots can make scaffold access awkward. Our aerial surveyors capture the roof in sharp detail so owners can see exactly what has happened to tiles, mortar, flashings, and gutters.

We capture 4K or higher imagery of the full roof surface, starting with the areas that usually hide the first signs of trouble. That includes ridge tiles, chimney stacks, chimney pots, lead flashings, guttering, verge details, and any slipped or cracked tiles. From the air, moss growth and blocked valleys become much easier to see, especially on roofs that sit under trees or receive shade from nearby buildings. The result is a clearer picture than a ground-level glance, without the need to walk the tiles.
Washington properties often have a mix of materials, so our camera work needs to be precise. Carstone, also known as Ironstone, appears in many local cottages, while Sussex bricks, tiles, and weatherboard show up across the South East and in village extensions. Those roofs can hide small failures where mortar has opened at the ridge or where flashing has lifted around a chimney breast. We record the damage in close-up, then back it up with wider shots so you can see where the issue sits on the roof as a whole.

Washington's housing stock leans towards larger homes, with detached houses and bungalows making up 45% of households and semi-detached homes another 21%. That mix matters, because detached roofs often have more hips, valleys, and additions than a simple terraced run. In a village with 1,867 people and 747 households, side access can be tight, especially around smaller plots close to the primary school or near The Frankland Arms. A drone survey avoids the need to bring scaffold into narrow spaces where it would block driveways or create extra permission issues.
Local building materials also change what we look for. Carstone cottages, flint walls, Hythe Sandstone, Sussex bricks, and weatherboard all age in different ways, and the roof edges above them need different checks. On a stone cottage, we may be watching for failed mortar on the ridge or slipped clay tiles above older chimneys. On a weatherboarded extension, we often focus on gutter line, soffits, and the junction between old and new work.
The pattern of development in Washington is also part of the picture. There is no large-scale active new-build scheme within the village boundary, but local planning has included small clusters such as two 2-bed semi-detached dwellings, three 2-bed terraced dwellings, four 3-bed semi-detached dwellings, and a single detached two-storey dwelling. Vineyard Close, a 16-home development of detached and semi-detached cottages plus apartments by Cayuga Homes, was near the village and is now sold out. That mix of older homes, small infill plots, and recent additions makes aerial inspection useful before purchase, after storm damage, or before a repair quote is accepted.
A drone survey gives us a fast first pass over the whole roof, with no scaffold erection and no disruption from heavy access equipment. We can photograph steep slopes, tall chimneys, high ridges, and junctions that ladders cannot safely reach from the ground. That matters in Washington, where many homes sit on compact plots or have awkward side returns. The camera sees the roof as a complete surface, not just the section that happens to be reachable.
Traditional access still has a place when a roof needs hands-on testing or when a report must include the loft space. Our aerial surveyors cannot inspect internal timbers, insulation, or hidden leaks inside the roof void, so we often recommend a traditional roof inspection or full building survey alongside the drone work. That combination works well for older homes, altered roofs, and properties with signs of movement around chimneys or flashings. The drone gives the visual evidence, then the surveyor on the ground can check what the pictures suggest.

Start with the quote form and tell us the Washington address, roof type, and any visible issues you have noticed. We use that detail to plan the flight path and check the best angle for the roof.
Our team confirms the flight is carried out by a CAA-licensed drone pilot with the correct flyer ID and operator ID. We also check the site layout and any local airspace considerations before we visit.
The visit usually lasts 30-60 minutes, with the flight itself taking 20-40 minutes depending on roof size. We set up from safe ground, not from the roof, and we keep disruption low.
We fly around the property and capture the roof from multiple angles, including close views of chimneys, ridges, valleys, flashings, and gutter runs. Every image is taken at 4K resolution or higher.
Our surveyors review the footage frame by frame, then mark the key findings so the problem areas are easy to spot. We focus on damage, wear, moisture clues, and anything that needs a closer look.
You receive a written report with high-resolution images, clear observations, and practical next steps. If weather stops the flight, we reschedule for a safer slot rather than pushing ahead in wind above 25mph or heavy rain.
High-resolution aerial imagery changes how roof defects are judged. A cracked ridge tile can look minor from the road, yet a close-up image may show open mortar, displaced bedding, or a second defect nearby. We zoom into individual tile-level details so the roof can be read as a working surface, not just a distant shape. That is especially useful on Washington homes with steep pitches, side elevations, and roof sections hidden from the garden.
Our aerial surveyors often pick up chimney problems first. Failed mortar joints, broken pots, lifted lead, and loose flashing around flues all stand out when the camera looks straight down the stack. Gutter blockages are also easier to spot from above, because moss, leaves, and debris collect in the line before they overflow. On flat roofs, we check for ponding, membrane splits, and soft-looking patches that might point to early failure.
Comparison shots matter as much as close-ups. If a roof section changes over time, we can compare one visit against another and see whether a slipped tile, a stain, or a blister has grown worse. That helps owners in Washington who are planning repairs after wind damage or checking a roof before a sale. The setting beneath the South Downs escarpment also means exposed slopes can take more weathering than a sheltered street, so repeat imagery is often useful after a hard winter.
In Washington, older cottages built from Carstone, flint, or Sussex brick often show wear around the roof edges before the main body of the house looks troubled. Mortar can crack at the ridge, chimney stacks can lose pointing, and lead flashing can start to lift where heat and weather have worked on the joints for years. Those details are hard to judge from ground level, especially where trees or neighbouring roofs block the view. A drone inspection gives us a clean line of sight over the whole structure.
Smaller infill plots and recent extensions bring a different set of problems. The village has seen individual planning applications for extensions, rebuilt conservatories, a single detached two-storey dwelling, and small groups of new homes, so many roofs combine old and new elements. Flat roofs on 1960s and 1970s-style additions can suffer ponding or membrane splits, while weatherboarded sections need checks for gutter overflow and edge rot. After a storm, loose tiles, displaced verge caps, and blocked valleys are the issues we see most often.

Our drone pilots visit the property, check the site, and fly the roof from safe ground without scaffolding. We capture high-resolution images and video of ridges, chimneys, gutters, valleys, flashings, and other exposed areas, then review the footage for defects. The final report sets out what we found and points to any parts that need repair or closer investigation.
Drone roof surveys in Washington start from £200. The price depends on roof size, access, and how much detail the report needs, especially if the roof has several levels or a complex layout. The fee normally includes the flight, image review, annotated findings, and a written report.
We fly under UK drone regulations and our pilots hold the correct CAA flyer ID and operator ID. In most domestic cases, we arrange the flight in line with the rules for the site and keep the work within safe operating limits. If the property or surroundings create a special restriction, we plan the visit around that before we book the date.
Drone work is weather dependent, so we do not fly in heavy rain or when wind speeds rise above 25mph. If conditions are poor in Washington on the day, we reschedule rather than forcing a flight that would weaken image quality or safety. That approach protects the roof inspection and gives you clearer results.
A drone survey can replace much of the external visual inspection, especially where scaffolding would be costly or intrusive. It cannot inspect internal loft spaces, hidden timbers, or issues behind coverings, so some homes still need a traditional survey as well. We often recommend both when a buyer needs a full picture of the roof and the structure beneath it.
We capture 4K resolution or higher, which gives us enough detail to zoom into individual tiles, chimney joints, and flashing lines. That level of detail helps us spot cracks, slipped tiles, mortar loss, moss build-up, and membrane defects on flat roofs. It also gives you clear before-and-after comparison images if you want to monitor repair work later.
A typical flight takes 20-40 minutes, though the full visit can run a little longer depending on setup and the size of the roof. In Washington, many surveys are finished within 30-60 minutes because we do not need scaffold erection or roof access work. The report then follows after our review of the images.
No, drones cannot inspect internal loft spaces or hidden timbers inside the roof void. They are an external inspection tool, which means they show the roof skin, the ridges, the gutters, and the visible junctions, but not the inside of the structure. For older homes, or when a leak is suspected indoors, we advise adding a traditional roof or building survey.
From £250
Traditional roof inspection with hands-on access where needed
From £375
Mid-level survey for buyers of standard homes
From £600
Full structural survey for older or altered homes
From £120
Energy rating visit for sale or rental planning
Drone roof surveys in Washington start from £200, which keeps the first inspection straightforward for many owners and buyers. That fee normally covers the flight, the image review, the annotated report, and clear recommendations on what needs attention. Because we do not need scaffold erection, the survey often works out faster to arrange than a conventional access-heavy inspection. For roofs around the village edge or along tighter lanes near the primary school and The Frankland Arms, that saving in setup time can matter as much as the cost itself.
Our pricing stays linked to the time needed on site, the roof's shape, and the amount of visible detail the survey must capture. A simple roof with clear access is easier to assess than a multi-level home with valleys, chimneys, weatherboarded additions, or several flat roof sections. Washington's mix of detached homes, semi-detached homes, older cottages, and small infill plots means no two inspections look the same. We always confirm the scope before the visit so the quote reflects the roof you actually have, not a generic template.
Weather can move the appointment, but it does not usually cause a problem with the report itself. If the wind rises above 25mph or heavy rain arrives, we reschedule for a safer window and protect the quality of the images rather than pushing through poor conditions. Once the flight is complete, we review the roof shots and send the report after inspection, giving you a clear record of the roof's current condition. For homes with Carstone walls, Sussex bricks, or older roof junctions, that visual record can be useful long after the repair is finished.
Drone Roof Survey In London

Drone Roof Survey In Plymouth

Drone Roof Survey In Liverpool

Drone Roof Survey In Glasgow

Drone Roof Survey In Sheffield

Drone Roof Survey In Edinburgh

Drone Roof Survey In Coventry

Drone Roof Survey In Bradford

Drone Roof Survey In Manchester

Drone Roof Survey In Birmingham

Drone Roof Survey In Bristol

Drone Roof Survey In Oxford

Drone Roof Survey In Leicester

Drone Roof Survey In Newcastle

Drone Roof Survey In Leeds

Drone Roof Survey In Southampton

Drone Roof Survey In Cardiff

Drone Roof Survey In Nottingham

Drone Roof Survey In Norwich

Drone Roof Survey In Brighton

Drone Roof Survey In Derby

Drone Roof Survey In Portsmouth

Drone Roof Survey In Northampton

Drone Roof Survey In Milton Keynes

Drone Roof Survey In Bournemouth

Drone Roof Survey In Bolton

Drone Roof Survey In Swansea

Drone Roof Survey In Swindon

Drone Roof Survey In Peterborough

Drone Roof Survey In Wolverhampton

High-resolution aerial roof inspections - no scaffolding needed
Get A Quote & BookMost surveyors take 1-2 days to quote.
We'll price your survey in seconds.
Most surveyors take 1-2 days to quote.
We'll price your survey in seconds.





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.