State pavement directory
Flat ground in West Virginia is usually manufactured. Outside the river bottoms and the Eastern Panhandle valleys, most commercial sites here were made by cutting into a hillside and pushing the material out to build a bench, and that construction history is the single best predictor of how the pavement will behave. The fill half of the site settles and creeps; the cut half sits on rock; and the seam between them is where the cracking starts.
West Virginia also licenses contractors at the state level, which is not true of Pennsylvania or Kentucky next door, and the license is verifiable online. That gives owners here a first check their neighbors do not have. What the license does not tell you is whether a contractor understands slope work, and on a benched hillside site that is the capability that decides whether the pavement lasts ten years or three.
Before you hire: The Pavement Directory does not guarantee contractor performance, pricing, licensing, insurance, or availability. Business information may be submitted by contractors or gathered from public sources and should be independently verified before hiring. Always confirm licensing, insurance, references, scope of work, and written contract terms.
Directory listings
Moundsville, West Virginia
Klug Bros, Inc. is a privately-held company that operates in the commercial & industrial engineering industry. Klug Bros, Inc. headquarters are located in Moundsville, West Virginia.
Kenova, West Virginia
Paving contractor in Kenova, WV offering Asphalt Paving.
Clarksburg, West Virginia
Asphalt Kings, LLC is a family-owned paving contractor based in Clarksburg, West Virginia, offering asphalt paving, resurfacing, sealcoating, crack repair, and line striping. The company states it is licensed, insured, and bonded, and serves both residential and commercial properties across West Virginia, including areas such as Bridgeport, Fairmont, Morgantown, Charleston, and Parkersburg. Project types described include driveways, parking lots, and road construction work.
Morgantown, West Virginia
The company has been in operation for over 60 years serving Morgantown, West Virginia and surrounding areas. Services include asphalt paving, concrete work, site development, demolition, excavation, snow maintenance, and trucking. The company states it handles projects of all sizes.
Charleston, West Virginia
Paving contractor in Charleston, WV offering Asphalt Paving.
Beckley, West Virginia
Paving contractor in Beckley, WV offering Asphalt Paving.
Most West Virginia commercial pavement sits on a bench cut into a hillside, and how that bench was built matters more than what was paved on top of it.
Regional differences
West Virginia does not have one climate or one soil profile, and pavement that performs well in one part of the state can fail early a few hours away. These are the divisions that matter most when scoping paving, repair, or maintenance work.
Environmental stress
Subgrade conditions
Common distress
What it means for the work
Environmental stress
Subgrade conditions
Common distress
What it means for the work
Environmental stress
Subgrade conditions
Common distress
What it means for the work
Environmental stress
Subgrade conditions
Common distress
What it means for the work
Environmental stress
Subgrade conditions
Common distress
What it means for the work
Field conditions
A long crack running across a lot in a fairly straight line, often roughly parallel to the hillside behind it, that reopens after each repair and gets wider each year.
Likely causes
When to get it looked at: If a crack in a straight line across the lot has been sealed or patched twice and keeps returning, it is telling you about the ground rather than the asphalt. That is a geotechnical question.
Cracks opening progressively toward the downhill side of a lot, the outboard edge dropping, retaining features tilting, and the pattern advancing rather than stabilizing.
Likely causes
When to get it looked at: Progressive movement is not a pavement problem and cannot be resolved by paving. Anything that is still moving needs geotechnical assessment before money goes into the surface.
Persistent wet areas at the uphill edge of a lot, water tracking under the pavement from a cut bank, and pavement that stays soft where it never fully dries.
Likely causes
When to get it looked at: If an area stays damp through dry weather, the water is coming from the ground rather than from rain, and surface repairs will fail on the same schedule regardless of how well they are done.
A rounded depression that gets deeper and wider over years despite being filled, sometimes with cracking radiating outward from it, in a limestone valley.
Likely causes
When to get it looked at: A depression that returns after being filled should not be filled a third time. Recurrence is the signal that soil is still moving into the ground, and that requires investigation before any surface work.
Pavement flexing under slow-moving vehicles and cracking in an alligator pattern in areas of a site that were built on fill, worst during and after wet periods.
Likely causes
Gullies at the downhill edge of a lot, material washing out from beneath the pavement, and the edge dropping over a season or two.
Likely causes
Timing
Treat this as a planning aid, not a rule. Whether a given treatment can actually be placed on a given day depends on product requirements, surface and nighttime temperatures, the rain forecast, humidity, plant availability, the project specification, and the contractor’s means and methods.
Work often suited to this window
Scheduling risks
Inspect for: Watch where water emerges from cut banks and where plowed snow melts back onto the pavement; both mark the areas that will fail first.
Regional exception: The Allegheny Highlands lose considerably more of this period to hard freezing and snow cover than the Ohio and Kanawha valleys do.
Work often suited to this window
Scheduling risks
Inspect for: Look specifically for cracks that have opened wider or advanced downhill since the fall; progression is the difference between a maintenance item and a stability problem.
Work often suited to this window
Scheduling risks
Inspect for: Walk truck entrances, dock aprons, and turning areas in the heat of the day, when rutting and shoving are visible rather than inferred.
Work often suited to this window
Scheduling risks
Inspect for: Clear every ditch, culvert, and inlet on a hillside site before winter; on steep ground a blocked culvert redirects a great deal of water somewhere it was never meant to go.
Verification
West Virginia licenses contractors at the state level through the Contractor Licensing Board, and licenses are publicly verifiable online. That is a genuine advantage over Pennsylvania and Kentucky, where there is no comparable state paving credential to check. Licensing generally applies above a project value threshold set in state law — confirm the current figure with the board rather than relying on a contractor's account of it — and licenses are issued in classifications.
Because classifications determine what a license actually covers, verifying the number is only half the check. Confirm that the classification held matches the work being proposed, and that the licensed name matches the entity on your contract exactly. A license that covers one category of work does not automatically authorize another, and the board is the right place to confirm what a specific classification permits.
Licensing establishes that a contractor met the state's entry requirements. It does not establish that they have built a bench on a hillside, drained a cut face, or worked over abandoned mine workings — and in West Virginia those are the capabilities that separate pavement that lasts from pavement that does not. Ask for comparable projects on similar terrain and talk to those owners.
Verify general liability and workers' compensation directly with the carrier for the dates of your work, and ask whether subcontracted portions of the scope carry their own coverage. Municipalities and counties may add their own permitting requirements, and public projects bring separate bidding, bonding, and prevailing wage rules.
A West Virginia contractor license is a real and checkable credential, but it says nothing about slope competence. On a benched hillside site, references from comparable terrain do more to reduce risk than the license number does.
Ask for a certificate of insurance sent directly from the carrier or agent rather than a copy forwarded by the contractor, confirm the general liability and workers’ compensation coverage is active on the dates of your work, and ask to be named as certificate holder so you are notified if the policy lapses.
Licensing requirements can turn on project value, scope of work, property location, and whether the job is public or private. City and county rules may add registration, permitting, or bonding requirements beyond anything required at the state level. Verify current requirements with the agency directly before contracting.
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Permitting
West Virginia Department of Environmental Protection (WVDEP)
WVDEP administers construction stormwater permitting in West Virginia, so coverage for a qualifying project comes from the state rather than from EPA. Projects disturbing enough ground generally require permit coverage along with a stormwater pollution prevention plan and erosion and sediment controls sized to the site. The disturbance threshold is set in the permit itself; confirm the current figure with WVDEP rather than assuming a small commercial project falls outside it.
Erosion control on West Virginia terrain is a different exercise than it is on flat ground. Steep slopes and concentrated flow mean that a control that works on a level site can be overwhelmed here, and disturbed slope faces left unstabilized through a wet period can produce both a compliance problem and a real loss of material from beneath a pavement edge. Sequencing and stabilization timing deserve to be discussed explicitly rather than assumed.
Two location-specific issues come up regularly. In coalfield areas, abandoned mine workings and mine drainage affect some parcels, and both subsidence risk and water chemistry are worth establishing before design; acidic or metal-laden water can affect drainage structures and concrete. In the Eastern Panhandle's limestone valleys, directing concentrated stormwater into the ground over karst can accelerate soil loss into subsurface voids, so infiltration is a decision that warrants engineering input rather than a default.
West Virginia stormwater requirements are administered by WVDEP, with municipal and county requirements applying on top of them and additional review possible where mining or floodplain issues are involved. Confirm what applies to your parcel before design.
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Plain English
| Term | What it means on a West Virginia project |
|---|---|
| Benched fill | Fill placed in steps cut into a hillside so it keys into the existing slope rather than sitting on it. Whether a site's fill was benched is one of the better predictors of how its pavement will perform. |
| Colluvium | Loose material that has already moved downslope under gravity over long periods. It is common across West Virginia hillsides and is prone to renewed movement when it is loaded, cut into, or wetted. |
| Interceptor drain | A subsurface drain installed behind or above a cut face to catch groundwater before it reaches the pavement. On a hillside site it frequently does more for pavement life than additional asphalt would. |
| Cut-to-fill transition | The line across a site where undisturbed ground meets placed fill. It is the most predictable location for cracking and differential settlement on a benched lot and deserves a detail rather than a uniform section. |
| Underdrain | Perforated pipe in a stone trench that removes water from within the pavement structure. On weathered shale and clay subgrades it is often the difference between a section that holds and one that softens. |
| Aggregate base course | The compacted crushed stone layer beneath the asphalt. On hillside sites its thickness and how well it is kept drained usually matter more to pavement life than the surface course does. |
State transportation specifications can provide useful regional terminology and material references, but they do not automatically govern private parking-lot or driveway projects unless incorporated into the contract or required by the applicable jurisdiction.
More definitions are in the pavement glossary.
Property types
Morgantown and Charleston institutional properties combine constant occupancy, accessible routes that cannot be interrupted, benched terrain, and almost no staging room, so phasing and slope drainage dominate the planning.
Loaded haul trucks impose axle loads far beyond what a benched commercial site was built for, and entrances and turning radii on the fill side of the bench fail first.
Eastern Panhandle growth has put trailer loading onto lots in limestone valleys where karst settlement and stormwater infiltration decisions both need engineering input.
Ohio and Kanawha valley plants sit on historic industrial fill in floodplains, so both what is buried and how the site behaves in a flood affect what a reconstruction should include.
Allegheny Highlands lots take their heaviest loading and worst plow damage in the season when nothing can be repaired, compressing all remedial work into a short summer window.
Before you sign
Yes. West Virginia licenses contractors through the Contractor Licensing Board, generally above a project value threshold set in state law, and licenses are publicly verifiable online. That is more than Pennsylvania or Kentucky offer for paving work. Licenses are issued in classifications, so checking the number alone is not enough — confirm the classification covers the work proposed and that the licensed name matches the entity on your contract exactly. Confirm the current threshold and what a classification permits with the board directly.
Because it is very likely marking the line where cut ground meets placed fill. Most commercial sites in this state were built by cutting into a hillside and pushing material outward to create a level bench. The cut half sits on rock and does not move; the fill half continues to consolidate for years. The pavement bridging that boundary cracks along it, and sealing or patching the crack does nothing about the differential movement underneath. Recurrence is the signal to have the ground assessed rather than the surface repaired again.
Colluvium is soil and rock debris that has already crept downslope under gravity, sometimes over thousands of years, and it blankets a great many West Virginia hillsides. It matters because material that has moved before will move again when conditions change — when it is loaded with fill and pavement, cut into for a bench, or wetted by water that was not there before. Cracks that advance progressively downhill rather than staying put are the classic sign, and that pattern is a slope stability question, not a paving one.
Almost certainly because the water is groundwater rather than rainfall. Cutting into a hillside intercepts water moving through the ground, and it discharges at the toe of the cut face — often continuously, and often exactly where the pavement meets the bank. Patching pavement in that area fails on a predictable schedule because the water keeps arriving. An interceptor drain behind or above the cut, plus a proper subdrain, addresses the source. Surface repair without it is buying the same failure again.
In parts of the state, yes, it is a real possibility worth establishing rather than assuming. Historic and abandoned underground workings underlie sections of the coalfields and north-central West Virginia, and subsidence over them produces settlement that is unrelated to traffic or drainage. Mine drainage is a separate concern — acidic or metal-laden water can affect drainage structures and concrete. If a property is in a coalfield area and showing unexplained settlement, that is a geotechnical investigation rather than a paving decision.
In the limestone valleys, yes. Groundwater has been dissolving that rock for a very long time, leaving voids and irregular pinnacled rock surfaces with soft material in between. Soil migrates downward into those openings and the surface follows, producing rounded depressions that reappear after being filled. Concentrated stormwater accelerates the process considerably, which is why directing runoff into the ground over karst is a decision that warrants engineering input rather than being treated as a routine infiltration choice.
Because the pavement is the smallest part of the problem. Steep sites need drainage that intercepts water above the lot, subdrainage behind cut faces, careful attention to the cut-to-fill transition, designed outfalls with energy dissipation, and erosion control that can survive concentrated flow during construction. Access and staging are also harder and slower. A quote that treats a benched hillside site as a flat lot with a slope on it is usually a quote that has not accounted for what actually makes the pavement last.
Spring through fall in most of the state, with the river valleys offering more workable days at both ends than the Allegheny Highlands. There is no calendar date at which paving becomes impossible. What decides a given day is the specific product's stated requirements, surface and overnight temperatures, humidity, the rain forecast, plant availability, and the specification. On hillside sites there is a second consideration: extended wet periods leave fill and colluvium saturated and unstable, and structural work placed then is less reliable regardless of the air temperature.
Explore by location
Property-owner guide
Updated July 12, 2026
Grading and slope basics for pavement: what positive drainage means, why slope matters, common grading problems, and where engineering comes in.
Property-owner guide
Updated July 12, 2026
How to choose a drainage and sitework contractor: one who diagnoses the cause of water problems and knows when an engineer is needed.
Property-owner guide
Updated July 12, 2026
Why drainage is the biggest factor in how long pavement lasts, how water damages asphalt from the base up, and why fixing it protects every repair.
Property-owner guide
Updated July 6, 2026
How to choose an asphalt paving contractor: project fit, relevant experience, written scope, references, insurance, and pavement qualifications.
Property-owner guide
Updated July 6, 2026
What alligator cracking is, what causes it, whether it can be patched or needs full-depth repair, and why it usually points to a failing base.
Property-owner guide
Updated July 6, 2026
Common causes of parking lot drainage problems, why they accelerate pavement damage, and what property owners should ask contractors before a fix.
Official sources
Contractor licensing
West Virginia Contractor Licensing BoardLicensing requirements, classifications, and the complaint process for West Virginia contractors.
Contractor licensing
West Virginia contractor license verificationConfirm a contractor's West Virginia license is current and check the classification it was issued under.
Business registration
West Virginia Secretary of State business searchConfirm the exact entity named on your proposal is registered and in good standing in West Virginia.
Environmental
WVDEP permitsState environmental permitting, including construction stormwater coverage and related requirements.
Transportation
West Virginia Division of HighwaysState specifications and materials terminology that shape how West Virginia contractors describe pavement work.
Consumer protection
West Virginia Attorney General Consumer ProtectionWhere to file a complaint about a contractor or a deceptive business practice.
This page summarizes publicly available information for general education. It is not legal, engineering, or code-compliance advice, and requirements change. Confirm anything that affects your project with the agency with jurisdiction over the property.
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