Wind, height and the ridge
A village 300 feet above a river valley tests every fixing on its roofs, starting at the top.
The ridge is the highest part of a roof and the first to feel a gale. On a pitched roof it is capped with ridge tiles, and in an exposed village like Winsley those caps do a lot of work. If they loosen, wind gets under neighbouring tiles, and one lost cap can become a run of lost tiles.
Many older ridges were bedded in mortar, which cracks as the roof moves and the weather works at it. The slating and tiling standard, BS 5534:2014, leaves ridge, hip and verge tiles to more than mortar and expects mechanical fixing as well. A ridge we re-bed gets those fixings. A dry-fix ridge, which uses clips, a ventilated roll and seals instead of wet mortar, is often the better long-term choice on a windy site, and the products are tested to BS 8612:2018.
The verge, where tiles run out past the gable wall, is the next place wind attacks. Failed pointing under the end tiles lets air in beneath them, and the tile edge lifts in a gust. Verges can be mortared and tied, or finished with a dry-fix system. Either way, the tiles should be mechanically held. Costs vary with length and access, and MyBuilder's 2026 guide gives dry ridge as £40 to £60 per linear metre, a typical UK range rather than a price from us. The fixed figure for your house is given once we have surveyed it.
Hips, the sloping ridges on a hipped roof, deserve the same attention. The tiles that cap them can slide as the bedding fails, and a hip tile that slips down the slope can land on a path or a car. Our ridge and verge repairs work covers all three edges, usually in a single visit, and the scaffold or tower can often be shared with other work on the same elevation.
If you have noticed tiles on the lawn after a storm, tell us where you found them. The location often points directly at the fault.



