Clearing trails on your property

The clearing is straightforward. Where the trail goes and where the water goes decide whether it is still usable in three years.

Published by the Land Clearing Authority editorial team · Last revised 2026-07-29 · Editorial policy · Corrections

Who this is for

Anyone planning recreational or access trails
Landowners who need to get equipment to the back of a parcel
People whose existing trails have washed out

The short answer

Route selection saves more money than anything that happens during the clearing. A trail that contours a slope, avoids the wet corner, and sheds water off its surface costs less to build and far less to maintain.

Width follows use. Drainage follows slope. Both are specifications you set before anyone quotes.

What changes the answer

What will use the trail, which sets the width and clearance
The terrain along the possible routes
Whether the route crosses water or persistently wet ground
How much maintenance you are prepared to do
Whether the trail is for access or for recreation
Local requirements for any crossing

Walk the route before you mark it

The single most valuable hour of a trail project is spent on foot.

Look for the ground that is naturally easier: gentler grades, drier soil, fewer large stems, no crossing. A route that takes a longer line across easier ground is usually cheaper to build, more usable in wet weather, and dramatically cheaper to maintain than the direct line.

Flag it, walk it again, and adjust. Contractors quote a marked route far more accurately than a described one.

Never run straight up the slope

A trail running with the fall line becomes a channel. Water runs along it, gathers speed, and cuts.

Contouring across the slope with a slight grade keeps water crossing the trail rather than running down it. Where a climb is unavoidable, switchbacks and grade breaks do the same job.

A trail that ignores this needs rebuilding rather than maintaining, and the rebuild costs more than the original.

Width and clearance are two numbers

Specify both, because a corridor wide enough on the ground can still be unusable if nobody cut the overhanging limbs.

Walking, ATV, tractor, and truck each need a different cleared width, and larger vehicles also need turning space and passing places. Overhead clearance has to account for what is actually travelling — a trailer is taller than a machine.

Wider corridors also admit more light, which speeds regrowth from the edges. There is a genuine trade-off between clearing wide enough to last and narrow enough to stay shaded.

Crossings, and what they may involve

Where a trail crosses water or a drainage line, the crossing is separate construction with its own considerations.

Depending on the state, the county, and what is being crossed, work in or near a watercourse may require authorisation from a state environmental agency or a federal agency. That is not something this site or a contractor can determine for your property.

If your route crosses water, ask your state environmental agency and the relevant U.S. Army Corps of Engineers district office before building it. Or reroute — a longer trail with no crossing is often the cheaper project.

What the surface is left as

There is a difference between a cleared corridor and a built trail, and it should be stated in the quote.

A cleared corridor is vegetation removed. A built trail has a shaped running surface that sheds water. A surfaced trail has material brought in. Each is a different scope and a different price.

For a walking trail, cleared may be enough. For anything carrying vehicles regularly, a shaped surface with drainage is what makes it last.

What drives the cost

Cost drivers on this kind of project
Driver	Effect
Route difficulty	Set by layout. Easier ground is dramatically cheaper per foot.
Length and cleared width	The basic unit, and both are specifications you choose.
Overhead clearance work	Cutting limbs above the corridor is separate from clearing the ground.
Drainage features	Grade breaks and shaping — far cheaper built in than retrofitted.
Crossings	Separate construction with possible regulatory requirements.
Surface treatment	Cleared, shaped, and surfaced are three different scopes.

Common mistakes

Marking the route on a map instead of walking it
Running the trail up the fall line
Specifying width and forgetting overhead clearance
Building a crossing without checking what authorisation applies
Clearing to minimum width and needing maintenance within a season

Questions to ask a contractor

Would you route this differently, and why?
What cleared width and overhead clearance are you quoting?
How does this trail shed water, and where does the runoff go?
Is this a cleared corridor, a shaped surface, or a surfaced trail?
How often will this need maintenance?

What to do next

Walk and flag the route before requesting quotes
Decide what will use it, and set width and clearance from that
Contact your state environmental agency about any water crossing
Specify drainage in the quote request rather than after the first storm

Questions people actually ask

How wide should a trail be?

It follows from what will use it — walking, ATV, tractor, or truck each need a different width, plus overhead clearance and turning space for larger vehicles. Decide the use, then specify both numbers.

How do I keep a trail from washing out?

Route it across slopes rather than up them, shape the surface so water leaves rather than running along it, and install grade breaks that divert flow off at intervals. All far cheaper built in than retrofitted into a gully.

Do I need permission to build a trail?

It depends on your state and county, on ground disturbance, and especially on whether the route crosses or approaches water. Ask your state environmental agency and the relevant Corps district before building any crossing.

How much does trail clearing cost?

It is usually priced by the foot or by the hour rather than by area. Route difficulty, width, overhead work, and crossings drive it far more than length alone. Easy ground and hard ground differ several-fold per foot.