New tarmac driveways in Ross-on-Wye
Homeowners in Ross-on-Wye ask us about new tarmac driveways for the same reason: a surface that stays flat, drains properly and still looks tidy in ten years. That comes down to the build underneath.

How much should I budget in Ross-on-Wye?
Guide prices below are for Ross-on-Wye, adjusted for the West Midlands, where surfacing rates run in line with our UK midpoint.
| Item | Guide price (inc VAT) |
|---|---|
| New black tarmac drive, full dig-out and new sub-base | £60–£95 per m² |
| Example: 30 m² drive | £2,000–£3,150 |
| Example: 50 m² drive | £3,000–£4,750 |
| Example: 80 m² drive | £4,800–£7,600 |
As a 2026 guide in Ross-on-Wye, new tarmac driveway work runs at about £60–£95 per m² including VAT, so a 30 m² drive is roughly £2,000–£3,150. Guide only; the survey confirms a fixed price.
Covering Ross-on-Wye
The key facts for Ross-on-Wye. Smaller towns such as Ross-on-Wye are surveyed alongside nearby jobs in Herefordshire.
- Postcodes
- HR9, GL17
- Area
- Herefordshire
- Nearest towns
- Ledbury (10 miles), Hereford (12 miles), Leominster (23 miles)
- Pricing
- West Midlands, in line with our UK midpoint
- Kerb approvals
- The highway authority
We also cover nearby Ledbury, Hereford, Leominster.
Rules that apply in Ross-on-Wye
In England, householder permitted development (Class F of the 2015 General Permitted Development Order) lets you lay a hard surface in front of a house without planning permission if it is porous, or if the rainwater is directed to a permeable area within the property. If the area is more than 5 m² and neither applies, you need permission. Standard dense tarmac is not porous, so a dense tarmac drive needs a lawn, border, channel to a soakaway or other permeable route for its water. If the job needs a dropped kerb, the highway authority (the county or unitary council) approves it before any work on the footway.
What the price covers
A new tarmac driveway is built from the ground up: the old surface and soil are dug out, a compacted stone sub-base is laid, then a hot binder course and a finer surface course are spread and rolled, and the edges are held by kerbs or blocks.
- Dig to formation level, usually around 230–250 mm below finished height
- MOT Type 1 sub-base laid and compacted in layers, about 150 mm
- Binder course (AC 20 dense), about 50–60 mm, laid hot and rolled
- Surface course (AC 6 dense), about 20–30 mm, laid hot and rolled
- Falls set so water runs to a channel, gully or soft landscaping
Your questions answered
What approvals apply in Ross-on-Wye?
In England, a new hard surface over 5 m² in front of a house needs planning permission unless it is porous or drains to a lawn, border or soakaway within the property. Dropped kerbs are approved by the highway authority (the county or unitary council).
What is the price of a new tarmac driveway in Ross-on-Wye?
As a 2026 guide in Ross-on-Wye, new tarmac driveway work runs at about £60–£95 per m² including VAT, so a 30 m² drive is roughly £2,000–£3,150. Edging, drainage and a dropped kerb are priced separately where needed.
Will someone visit before I get a fixed price in Ross-on-Wye?
Yes for new surfacing such as drives, paths, private roads and car parks. Small repairs are often priced from photos; if a visit is needed for a repair-only job, we tell you any charge first.
How quickly can work start in Ross-on-Wye?
Usually 2–4 working days for a typical drive, longer with drainage or a dropped kerb. We book Ross-on-Wye surveys alongside other jobs in Herefordshire, and give you dates once the specification is agreed.
More we do in Ross-on-Wye
- Front garden to tarmac driveway
- Car park resurfacing
- Permeable tarmac driveways
- Car park surfacing
- Tarmac driveway repairs
- Tarmac driveway resurfacing
- Everything in Ross-on-Wye
Ready for a price in Ross-on-Wye? Use the guide price tool or send the form, and we'll arrange a visit.
New tarmac driveways in Ross-on-Wye: get a written quote
Send a postcode and a rough size and we'll arrange a survey. Every quote lists the layers, edging, drainage and VAT.
- Surface courseDEPTH + MIX
- Binder courseDEPTH + MIX
- Sub-baseDEPTH + MATERIAL
- Edges, drainage, VATITEMISED