Farm tracks & long rural driveways
In short
Long approaches, farm entrances and rural access tracks built and repaired for the vehicles that actually use them — with the water managed properly, because on a track of any length it is run-off rather than traffic that does the damage.
Also called: Farm track repair · Long driveway · Rural access track · Stone track driveway
Signs you need this
- A long drive that scours and washes out after heavy rain
- Ruts and potholes that reappear every winter however often it is graded
- Standing water or a permanently soft section on the track
- Stone and mud being carried onto the public road at the entrance
- A track that will not carry an oil delivery or a horsebox in winter
- Needing a new access onto a lane or a road
A long rural drive is a different engineering problem to a domestic one, and the difference is water. A twelve-metre town drive sheds a manageable amount of rain. An eighty-metre track falling down a hillside collects everything that lands on it plus whatever runs off the fields either side, and by the bottom that is a stream. Surfacing a track without deciding where that water goes is the single most common reason rural drives fail — and it fails as scour, washout and a base full of running water rather than as wear.
The answers are old and they work. Cross-falls, so water leaves the track sideways every few metres instead of running its whole length. Interceptor channels or bar drains across the track at intervals on a slope. A ditch or a swale alongside, kept clear. And a proper outfall at the bottom that can actually take what arrives — a soakaway, a ditch or a watercourse, with the landowner's agreement where it leaves your boundary. None of that is expensive at construction and all of it is expensive to retrofit.
The build-up is designed for the traffic, and rural traffic is heavier than people allow for. A track that takes a tractor, a horsebox, a feed lorry, an oil delivery or a farm trailer needs a substantially thicker and stronger sub-base than a car drive — typically a capping layer of coarse fill over the subgrade, a geotextile or geogrid separator, then a compacted crushed-stone base. Geogrid in particular is worth its money over soft ground, because it spreads load across a much wider area than stone alone.
The surface choice on a track is usually between compacted crushed stone and a bound surface, and honesty about maintenance decides it. A well-built stone track is cheap, permeable, easy to top up and needs periodic grading. A tarmac or asphalt track is more expensive, needs no grading, and fails expensively if the drainage was never sorted. Bound surfaces are often best used just where they earn their keep — the steepest section, the entrance apron, the turning area — with stone elsewhere.
The entrance onto the highway is a job in its own right and it is regulated. Forming or altering an access onto a public road needs the highway authority's consent under section 184 of the Highways Act 1980, and where it is a classified road, planning permission as well. There are also visibility splays to satisfy, and a requirement that mud and stone are not carried onto the carriageway — which in practice means a bound apron for the first few metres and, on a working entrance, something to knock the mud off.
This is common work across the far end of the patch. Bosley, Wincle, Langley, Gawsworth and Henbury are full of long approaches, farm entrances and shared lanes, and the ground east of the town rises fast — Kerridge Hill at 313 metres, Shutlingsloe at 506 — with more rain and more frost than the Cheshire plain. A track that would sit quietly for twenty years in Henbury takes a great deal more water and a great deal more freeze-thaw at 300 metres above Langley.
What the job covers
- Build-up designed for the actual vehicles, not for a car
- Capping layer, geotextile or geogrid where the subgrade is soft
- Compacted crushed-stone base laid and rolled in layers
- Cross-falls, interceptor channels and bar drains on falling ground
- Ditches, swales and a genuine outfall that can take the water
- Bound apron at the highway entrance to keep mud off the road
- Passing places, turning areas and entrance radii where needed
- Highway consent for a new or altered access arranged before work
What it costs
We don't publish a price for this yet, because a number pulled out of the air is worse than no number at all — your contractor has to honour it. On driveways it would also be close to meaningless: the groundworks are usually the biggest single factor, and how deep the dig has to go varies enormously house to house. You'll get a firm price for your actual job when they ring you back, before any work starts. The quote itself is free and there's no obligation either way.
Common questions
Why does my track keep washing out?
Because the water has nowhere to leave it. A track with no cross-falls runs its entire catchment down its own surface, and by the bottom that flow is strong enough to strip the stone and scour into the base. Cross-falls, interceptor channels at intervals and a working ditch fix it. Simply adding more stone gives the water more to carry away.
Should I tarmac a long drive or leave it as stone?
It depends what you are prepared to do to it. Stone is cheap, permeable and easy to top up, and needs occasional grading. Tarmac needs no grading and costs considerably more. A common sensible split is bound surfacing on the steep sections, the entrance and the turning area, with compacted stone in between where it works perfectly well.
Do I need permission for a new entrance onto the road?
Yes. Forming or altering an access onto a public highway needs consent under section 184 of the Highways Act 1980 from Cheshire East as highway authority, and where the road is classified you will need planning permission as well. Visibility splays and keeping mud off the carriageway are part of what they will look at. Start it early — it runs on its own timetable.
Can a stone track take a heavy vehicle?
Yes, if it is built for one. That means a thicker build-up than a car drive, usually a capping layer over the subgrade and a geotextile or geogrid separator, then compacted crushed stone. Over soft ground a geogrid does more for load spreading than an extra hundred millimetres of stone. What kills a track is water in the base, not weight on the surface.
Need this doing in Macclesfield?
Tell us the job and it goes straight to our local contractor — one call back, usually the same day. Free quote, no obligation.