In Botley, Tarmac & Asphalt is built around mixed village-centre and outlying rural ground: hot-rolled asphalt compacted over a prepared sub-base into a single dense, flat surface. Botley’s own driveways are shaped by long gravel approaches on the rural outskirts. That makes it a strong fit for larger driveways that can achieve a proper fall to a drainage point — worth knowing that standard tarmac is impermeable, so the drainage fall has to be built in at construction. Botley additionally has a conservation-sensitive village centre that limits surface and material choices close to the historic core.
About Tarmac & Asphalt
Tarmac and asphalt driveways are formed from hot-rolled bitumen-bound aggregate, laid in one or two courses over a compacted stone sub-base and rolled while still hot to bond into a single dense, flat surface. It is quick to lay across a large area compared with unit-by-unit systems, copes well with sustained vehicle weight, and gives a classic, understated dark finish that suits both period and modern properties without competing with the architecture. Standard tarmac is not permeable, so correct falls and edge drainage need to be built in at construction rather than added afterward, and a sound, well-compacted sub-base is what actually determines how long the surface lasts rather than the tarmac layer alone.
Best suited to: larger driveways, properties wanting a low-fuss uniform finish, and sites that can achieve proper falls to a drainage point
Less suited to: sites with no viable drainage fall or where a permeable/SuDS-compliant surface is specifically wanted
Ground & property in Botley
Botley’s village centre is conservation-sensitive, which genuinely limits surface and material choices close to the historic core, while the outlying rural properties around the village have long gravel approach drives with none of those constraints — two very different conversations depending on which side of Botley the property sits.
Planning note: conservation-sensitive village centre limiting material and surface choices