Interlocking paver driveway with a contrasting soldier course border at a Michigan home

Driveways & Approaches

Paver Driveways in Downriver Michigan

A paver driveway is a vehicular-rated surface built from individual interlocking units set on a deep compacted aggregate base, so it carries car and truck loads while flexing with frost instead of cracking. Driveways are priced by the square foot and cost more per foot than a patio, because the base is roughly twice as deep and the edge detailing has to resist constant wheel loading.

A driveway is the largest hard surface on most properties and the first thing anyone sees. Homeowners call a paver driveway contractor when that surface has to take Michigan vehicle loads, plow blades, and rock salt, on top of the same freeze and thaw cycling everything else deals with.

Most driveway calls we take come from one of two places. Either an asphalt or concrete driveway has cracked, sunk at the apron, or started breaking up at the edges and patching is no longer worth doing, or someone is building or renovating and wants the driveway to look like part of the house rather than a slab in front of it.

The honest tradeoff is that a paver driveway costs more up front than asphalt and usually more than concrete. What you get in return is a surface that does not crack across its width when the ground moves, that can be repaired in sections rather than replaced, and that adds real curb appeal instead of just providing a place to park.

Interlocking paver driveway with a contrasting border course

What a paver driveway project includes

  • Site assessment covering grade, drainage, turning room, and how you actually park
  • MISS DIG 811 utility locate before excavation, which matters more on a driveway than anywhere else
  • Removal and disposal of the existing asphalt, concrete, or gravel surface
  • Excavation to vehicular base depth, deeper than any patio on the property
  • Geotextile separation fabric over clay and fine grained subgrades
  • Aggregate base placed and compacted in lifts to full vehicular specification
  • Apron and transition detailing where the driveway meets the street and the garage
  • Border or soldier course, spiked edge restraint, polymeric jointing sand, and final compaction

Materials for a driveway

  • Best Way Stone pavers from lines rated for vehicular use, not pedestrian-only units
  • Full-depth pavers thick enough for the loads the driveway will actually see
  • Herringbone or comparable interlocking pattern for load transfer under turning wheels
  • Deep aggregate base built to vehicular specification, not patio specification
  • Geotextile separation fabric on clay and fine grained subgrades
  • Heavy duty spiked edge restraint sized to the paver thickness
  • Polymeric jointing sand rated to resist washout under vehicle traffic
BWS ProElite Contractor logo

BWS ProElite Contractor

As a Best Way Stone ProElite contractor, we specify from vehicular-rated lines rather than putting a patio paver under a car and hoping. That also means if a section ever needs lifting for a utility repair years from now, we can source matching units in the same color blend rather than leaving you with an obvious patch.

How we build a driveway, step by step

The visible part of a driveway is the last two days of the job. Everything that determines whether it is still flat in fifteen years happens before a single paver comes off the pallet.

  1. Assessment and layout

    We look at how the driveway meets the street, how it meets the garage slab, and where water currently runs across it. We also ask how you use it, because a driveway that has to take two cars plus a trailer needs different geometry than one that never sees more than a single vehicle. The layout gets marked on the ground before we commit to it.

  2. Utility locate and demolition

    The MISS DIG 811 locate is filed with the notice Michigan law requires, at least three full business days ahead and no more than 14 calendar days. Driveways run over service laterals more often than any other surface we build, so this step is not a formality. The existing surface then comes out and gets hauled away.

  3. Excavation to vehicular depth

    We excavate substantially deeper than we would for a patio. Industry guidance puts a vehicular paver base well above the 6 to 8 inches typical of a pedestrian surface, and on the clay soils common through the Downriver communities we plan for the deeper end of that. The subgrade is compacted and proof rolled, and soft spots are dug out and replaced with aggregate rather than bridged over.

  4. Separation fabric and base construction

    Geotextile fabric goes down where the subgrade is fine grained, which keeps clay from migrating up into the aggregate and slowly softening the base. Aggregate is then placed and compacted in lifts. Under a driveway this is the whole ball game. A base that reaches proper density carries the load; one that was dumped to depth and rolled once will show wheel ruts within a few seasons.

  5. Grading, drainage, and transitions

    The base is graded so water sheds off the driveway rather than running toward the garage or pooling at the apron. The two transitions, street to driveway and driveway to garage slab, get particular attention, because those are the points that take the hardest impact from plows and the most concentrated water flow.

  6. Paver setting and borders

    Driveway pavers are set in an interlocking pattern chosen for load transfer as much as looks. Herringbone is the standard for vehicular surfaces because it resists the rotational forces of turning wheels better than a running bond does. A soldier course border frames the field and gives the edge restraint something solid to hold.

  7. Edge restraint, jointing, and compaction

    Edge restraint on a driveway is not optional and it is not the place to save money. Wheel loads push outward constantly, and without properly spiked restraint the outer courses migrate and the joints open. Polymeric sand is swept in, the field is plate compacted with a protective pad, and the sand is activated and cured.

Interlocking paver driveway with a contrasting border course

The sequence

  1. 01Assessment and layout
  2. 02Utility locate and demolition
  3. 03Excavation to vehicular depth
  4. 04Separation fabric and base construction
  5. 05Grading, drainage, and transitions
  6. 06Paver setting and borders
  7. 07Edge restraint, jointing, and compaction

Michigan frost, plows, and road salt

A driveway takes the worst of a Michigan winter. It gets plowed or shovelled, it gets salted, and it sits over ground that freezes and thaws repeatedly rather than staying frozen through the season. Every one of those is a reason to build it as a flexible interlocking system rather than a rigid slab.

Frost heave is the main structural threat, and the defence is a deep, properly compacted, well drained base. Water that cannot collect under the surface cannot freeze and lift it. On clay lots that means paying attention to where the water goes, not just how deep we dig.

Plow damage is a detailing problem more than a material problem. Sharp transitions and proud edges are what catch a blade. We set the surface so the transitions are flush and the border sits tight, and we can talk through where to place markers if the driveway is long or the edges are hard to read under snow.

Rock salt is hard on concrete products over many winters, and the effect shows up as surface scaling rather than sudden failure. Paver selection matters here, and sealing is worth discussing on a driveway specifically because it is the surface most exposed to de-icers. It is also the reason we favour full-depth units over anything with a thin decorative face.

Interlocking paver driveway with a contrasting border course

Other driveway options we can discuss

Interlocking pavers are our specialty, and for most Michigan homes they are the surface we recommend. When a different driveway type fits the property better, we can walk you through those options and coordinate trusted partners where needed.

  • Concrete driveways when a continuous poured surface is the right call for budget, apron rules, or how the approach meets the street
  • Specialty and decorative concrete, including stamped or textured finishes that still need proper base and joint planning for freeze and thaw
  • Heated driveways with snow-melt systems planned into the build so winter access stays practical without relying only on salt and blades

What a paver driveway costs

Driveways are priced per square foot of finished surface, and they sit above patio pricing per foot because the base is roughly twice as deep, there is more excavation and haul-away, and the edge and apron detailing takes more labour.

The variables that move the number are the square footage, what is being removed first, how deep we have to go before we reach a subgrade worth building on, whether the approach and apron need reworking, and the paver line you choose. Removing an old concrete driveway costs more to dispose of than removing gravel, and a lot with a steep approach or poor drainage needs work the finished surface will never show.

We give a firm written price after we have seen the property and know what is under the existing surface. Anyone quoting a driveway sight unseen is guessing at the part of the job that carries all the risk.

Ready for a written scope?

We quote after a site walk, with the work named so you can compare the actual job.

  • Site walk before any number
  • Work named in writing, not just a total
  • Access, haul-away, and materials called out

Work we have completed across Southeast Michigan. Every photo is our own.

Interlocking paver driveway with a contrasting border course
Paver driveway with soldier course border

Paver Driveways FAQs

Common questions from homeowners planning hardscape projects in Southeast Michigan.

A driveway built on a properly compacted vehicular base can stay serviceable for decades, and individual pavers can be lifted and reset if one area is damaged or if a utility has to be reached. That is the practical advantage over asphalt and concrete, which fail across a whole section rather than in one spot. Longevity comes down to base depth, compaction, drainage, and edge restraint far more than to the pavers themselves.

Individual pavers are typically manufactured to a higher compressive strength than poured driveway concrete, but the more useful answer is about behaviour rather than strength. Concrete resists ground movement until it cracks, and the crack is permanent. An interlocking paver field distributes load and tolerates movement, and stays repairable. In a freeze and thaw climate that difference matters more than the strength number.

Yes. Plowing is fine as long as the surface is finished flush at the transitions, which is a detailing question we handle during the build. Salt is harder on concrete products over many seasons and shows up as surface scaling rather than structural failure. Sealing is worth considering on a driveway for that reason, and alternatives to rock salt are gentler if you are willing to use them.

Considerably deeper than a patio. Pedestrian surfaces sit on roughly 6 to 8 inches of compacted aggregate, and a vehicular surface needs meaningfully more than that, with additional depth where the soil is clay or drainage is poor. Depth on its own is not sufficient either. The aggregate has to be compacted in lifts to reach proper density, or the depth is just loose stone.

We do not recommend it. Whatever is causing the existing surface to crack or settle will keep happening underneath the new one, and overlaying raises the driveway height at the garage door and the street apron, which usually creates a drainage problem. Taking the old surface out and building a proper base is the only version of this we will stand behind.

Plan on the driveway being unusable for the duration of the build. The exact span depends on size, what is coming out first, and weather, since base work needs conditions dry enough to compact. We will give you a realistic window before we start and tell you promptly if weather moves it, rather than leaving you guessing where to park.

Frequently yes, particularly where the apron meets the public right of way, and requirements differ across the Downriver municipalities. Some cities also have rules about how much of a front yard can be paved. We confirm with your city before starting and handle what needs handling.

Paver driveways are what we build in-house. When concrete, specialty concrete, or a heated snow-melt driveway is a better fit, we can discuss those options and coordinate trusted partners so the approach, apron, and surrounding hardscape still read as one plan.

Paver Driveways near you: Trenton and Allen Park.

Thinking about replacing your driveway?

We will walk the approach, tell you what we expect to find under the existing surface, and put a written scope together that names the base depth rather than leaving it vague.