If you are putting in a driveway where there wasn't one — a new build, an addition, a lot that has only ever had gravel — you are making two decisions at once. What material, and how it gets built. Most of the searching people do is about the first. Most of what determines whether they are happy in fifteen years is the second.
Asphalt costs less to install, and that is a real advantage rather than a small one. It goes down faster, it is usable sooner, and on a long rural driveway the difference in upfront cost can be substantial. What it asks in return is recurring attention: sealing on a cycle, and resurfacing when it reaches the end of a service life that is shorter than concrete's. It also softens in genuine summer heat, which shows up as depressions where vehicles sit. If you are not planning to be at the property long, or the driveway is long enough that the cost gap is large, asphalt can be the rational choice.
Interlocking pavers are the most expensive of the three and the most visually flexible. Because they are individual units on a prepared base, a section can be lifted and reset if something settles — genuinely useful. The trade is that they have joints, and joints move, hold sand, and grow weeds. Over decades a paver driveway usually needs some resetting.
Concrete sits between them on cost and generally leads on service life with the least routine attention. It is one continuous surface, so nothing shifts relative to anything else, and it takes decorative treatment if that matters. Its weakness is repair: a concrete driveway cannot be partially lifted and reset, and a crack is not invisibly fixable. Concrete rewards being built properly and punishes being built cheaply more than the other two do.
The honest summary: asphalt if upfront cost or driveway length dominates, pavers if you want individual units you can lift and a look that concrete cannot match, concrete if you want the longest low-attention service life on a single continuous surface.
This is the single most common misunderstanding on a new-build driveway, and it costs people real money. When a house is finished, the lot is graded. It looks flat, tidy and ready. It is not a base.
What is under a builder's grade is usually whatever came out of the excavation for the foundation, put back and levelled. It has not been selected for drainage and it has not been compacted in layers to carry a driveway. Pouring straight onto it produces a driveway that looks perfect for two or three winters and then starts moving, for exactly the reasons any other failing driveway moves: water collects in material that does not drain, freezes, and lifts.
A proper installation digs that material out to a real depth, replaces it with granular that drains, and compacts it in layers. It is invisible once the concrete is down, which is precisely why it is the part that gets skipped when a quote is being sharpened. On a new build it is the whole difference between a driveway that lasts and one that is a warranty conversation in five years.
A driveway that is technically adequate and practically annoying is a common outcome, and it is decided at the layout stage rather than the pour. A few things worth settling before forms go down.
Width is usually the regret. A double driveway that is exactly two cars wide leaves no room to open a door with a car beside you. Extra width is cheap at pour time and impossible afterward without a tie-in.
The apron — where the driveway meets the garage — takes the most turning, the most weight and the most water running off the roof. It is worth treating as a considered part of the pour rather than the last metre of it.
Turning and parking matters more the longer the driveway. On a rural lot, a vehicle that has to reverse the full length to the road is a permanent irritation; a turnaround costs area once and solves it forever.
Where water goes is a layout decision as much as an engineering one. The surface has to fall toward the street or a deliberate drainage point, never back toward the garage or against the foundation.
Two things go into a driveway that most people never see and rarely ask about.
Reinforcement — mesh or bar within the slab — does not prevent cracking. What it does is hold a cracked slab together so the two sides stay in the same plane rather than separating and stepping. How much is appropriate depends on what the driveway will carry: a suburban drive taking two cars is a different specification from a rural lane taking loaded trucks or farm equipment, and the latter needs to be specified for it rather than assumed.
Control joints are the cuts you can see across the surface. Concrete shrinks slightly as it cures and will crack somewhere; control joints decide where. Cut at appropriate spacing, the slab cracks along the bottom of those cuts, invisibly, instead of wandering across the driveway. Spacing that is too generous is one of the most common causes of an otherwise well-built driveway developing a crack in its first year.
We do not publish figures. Any number posted here is one nobody has stood on your property and committed to, and on a lead-generation site quoting one implies a promise the contractor doing the work never made.
What moves it: area first and largest. Excavation depth, which on a new build depends on what the builder left behind and cannot be known until the ground is open. Access for the pour. Finish — broom, exposed aggregate or stamped, which differ in both material and labour. Reinforcement, set by the loads. Layout complexity: curves, a turnaround, a wider apron, or tying into existing work all add. Drainage work where the site calls for it. Unlike a replacement there is usually no removal line, which is the one place a new installation is typically simpler.
The written quote follows a site visit.
New installation is most common where recent residential building has been heaviest — these among them:
Milton · East Gwillimbury · Whitchurch-Stouffville · Caledon · Innisfil · Bradford West Gwillimbury · Clarington · Georgina · Brampton · Barrie
Asphalt costs less upfront and goes down faster, but wants sealing on a cycle and resurfacing sooner. Concrete generally lasts longer with less routine attention. If upfront cost or a long driveway dominates, asphalt is rational; if service life with least attention matters most, concrete is.
Most expensive of the three and the most visually flexible, and individual units can be lifted and reset. The trade is joints, which shift, hold sand and grow weeds over the years.
Almost certainly not. A builder's grade is usually excavation material put back and levelled — not selected for drainage, not compacted in layers. Pouring onto it gives you a driveway that looks fine for a few winters and then moves. Proper installation digs it out and builds a real base.
Wider than exactly two cars. A driveway sized to the width of two vehicles leaves nowhere to open a door with a car parked beside you. Extra width is inexpensive at pour time and cannot be added later without a tie-in.
Control joints. Concrete shrinks as it cures and will crack somewhere; the joints decide where, so it cracks invisibly along the bottom of a cut rather than wandering across the surface. Spacing them too far apart is a common cause of a first-year crack.
No. It holds a cracked slab together so the two sides stay level rather than separating and stepping. How much is right depends on the loads — a rural lane taking equipment needs a different specification from a suburban drive taking two cars.
Foot traffic within a few days, vehicles after about a week, with the slab continuing to gain strength for roughly a month. Cooler weather slows that, so timing gets confirmed for your specific pour.
It depends on area, how deep the excavation has to go, access, finish, reinforcement and layout complexity. We do not post prices we have not stood on the property to confirm — you get a written quote after a site visit.
Anywhere in our Ontario service area.