Driveway Replacement Cost Calculator

Driveway replacement runs about $4 to $18-plus per square foot — including tearing out the old driveway and installing the new one — so a 600 sq ft two-car driveway is roughly $2,500 to $11,000-plus depending on the new material. Gravel is cheapest (~$3 to $5/sq ft), asphalt ~$4 to $8, concrete ~$6 to $12, stamped concrete ~$10 to $18, and pavers the priciest at ~$14 to $25-plus. The new material, the existing surface to remove, and the site conditions drive the number. Replacement costs more than a fresh install because of the demolition and disposal.

Replace when the driveway is failing structurally, not just worn on top. The tell is the base: if the sub-base has failed, the driveway keeps cracking and sinking no matter what you put over it. Signs pointing to full replacement include widespread interconnected 'alligator' cracking, recurring potholes, significant settling or heaving, severe drainage failure, and crumbling asphalt or spalling concrete throughout. If instead the issues are surface-level — minor cracks, fading, a few isolated potholes — over a sound base, repair or resurfacing costs a fraction as much. Have a contractor assess the base to decide.

It depends on budget, climate, and looks — and since you're replacing anyway, it's a chance to upgrade. Gravel is cheapest and suits rural or long drives but needs regular upkeep. Asphalt is affordable, quick, and flexes with freeze-thaw — the popular cold-climate pick, though it needs resealing. Concrete costs more but lasts 25 to 30-plus years with low maintenance and does well in heat. Stamped concrete adds a decorative finish at a premium. Pavers are the priciest but the most attractive, durable, and individually repairable.

Yes — that's what separates a replacement from a fresh install. The old driveway is broken up, dug out, and hauled away before the new base and surface go in, and that removal is a real cost. Gravel and thin surfaces are cheap to remove; standard asphalt or concrete costs more to break up and haul; and thick or steel-reinforced concrete is the hardest and priciest to demolish, since the rebar makes it heavier and slower to cut. That's why the calculator asks what the existing surface is — it directly affects the removal portion of the cost.

Asphalt is cheaper upfront, installs and cures fast (usable in 1 to 3 days), flexes with freeze-thaw, and its dark color melts snow — but it lasts ~15 to 20 years and needs resealing. Concrete costs more upfront, needs about a week of cure before you can drive on it, but lasts 25 to 30-plus years with low maintenance and offers colored or stamped finishes — though it cracks more in freeze-thaw and can spall from de-icing salt. Rule of thumb: asphalt for cold climates and tighter budgets, concrete for hot climates, longevity, and looks. Lifetime cost often ends up comparable.

With quality installation and upkeep, asphalt lasts about 15 to 20 years, concrete 25 to 30-plus (sometimes 40), stamped concrete similar to concrete with periodic resealing, and pavers 25 to 50-plus, with damaged units swappable. Gravel lasts indefinitely but needs constant maintenance. The biggest longevity factor isn't the surface material — it's the base. Since a replacement rebuilds the base, doing that properly (right depth, good compaction, proper drainage) is what determines whether you get the full lifespan out of whatever you put on top.

Because a replacement is your one chance to fix the foundation that likely caused the old driveway to fail. The compacted gravel sub-base distributes load, drains water, and gives the surface a stable platform. If the original base was thin, poorly compacted, or badly drained, the old driveway cracked and sank — and a new surface over the same bad base will do the same. Rebuilding and regrading the base (~$1/sq ft) is the difference between a driveway that lasts decades and one that fails again in a few years. Don't skip it.

For a concrete replacement, rebar or wire mesh (~$1/sq ft) strengthens the slab against cracking and is worth adding, especially in freeze-thaw climates or where heavy vehicles park. A concrete apron (~$800) is the transition where the driveway meets the street — it strengthens the most-driven-over edge, ties the curb cut together cleanly, and is sometimes required by the city in the public right-of-way. Whether you need each depends on your material (reinforcement for concrete) and your street connection (an apron where the approach needs it). Both are calculator add-ons.

Often, yes. A permit is commonly required when the work touches the approach or apron in the public right-of-way, changes the driveway's size or footprint, alters drainage or grading, or where local rules require permits for any driveway work. Impervious-surface and stormwater rules can also apply, and HOAs may need to approve the material and look. A straight like-for-like replacement within your property that doesn't touch the street may not need one — but confirm with your building or public works department. The calculator includes a permit add-on (~$300), and a good contractor pulls it.

Plan for a few days to about a week, plus cure time. Demolition and haul-off is often a day (more for thick reinforced concrete), base prep another day, then installation varies by material: asphalt is laid and compacted in about a day and drivable in 1 to 3 days; concrete pours in a day or two but needs ~7 days of curing before you can drive on it; pavers take several days to lay but are usable soon after; gravel is quickest. Weather can delay concrete and asphalt. Plan alternate parking for the whole window — especially concrete's curing.