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Concrete, Pavers or a Deck: How Each One Fails

Every one of them disappoints you eventually. Comparing them on what that disappointment looks like, when it arrives, and what it costs to put right, is more useful than comparing the brochures. Written by a crew that lays one of the three.

Updated September 2026 · Burlington Concrete

Concrete is what we pour, and we do not lay pavers or build decks. Bear that in mind. Bear in mind too that the argument below does not claim our material lasts forever, because it does not, and you would not believe it if we said so.

Comparisons of these three normally list what each one does when new. That is the least informative period in its life. Everything interesting happens in year six, and the honest question is not which one lasts, it is which kind of going-wrong you would rather have.

Concrete fails by cracking, at a place somebody chose

What happens. It cracks. That is not a defect, it is the material. The material contracts as it cures, then expands and contracts again with every season, and splitting somewhere is how it sheds that stress.

What good looks like. The splits land in the joints that were cut for them. Joint layout is decided before the pour, on a plan, at spacing worked out from the slab depth. Where that has been done, a patio at ten years old looks like a patio with tidy lines in it. Where it has not, it looks like a patio with cracks in it, and the material is identical.

What it costs to put right. This is concrete's weakest point and it should be said plainly. The smallest sensible repair is a whole panel, and a fresh panel will sit lighter than its weathered neighbours for a couple of years. Surface damage can be overlaid, but only where the loss is shallow enough to leave something sound to bond to.

The upside. There is no maintenance schedule. Keep chemicals off it, especially through the first winter, and revisit a sealer occasionally. Nothing is due annually.

Pavers fail by moving, one unit at a time

What happens. The ground beneath them freezes, lifts, thaws and settles, and because the surface is hundreds of separate pieces, that movement appears as neighbouring units no longer sitting level with each other. Joint sand washes and blows out. Growth arrives in the gaps.

What good looks like. A properly built base slows all of it considerably. Nothing stops it, because the mechanism is the soil rather than the paving.

What it costs to put right. Very little, individually, and this is the strongest thing about pavers. Any unit can be lifted, re-bedded and put back, forever, without disturbing the rest. There is no equivalent of "the panel does not match".

The trade. The work never finishes. Whether that is a chore or a Saturday afternoon is genuinely a matter of temperament, and people who enjoy it should choose pavers without hesitation.

Timber fails by weathering, on a schedule you can predict

What happens. Sun, rain and freezing cycles work on the surface. Finishes break down. Boards cup, split at the fixings, and eventually give out, with the horizontal surfaces going first because they hold water.

What good looks like. Ventilation underneath, fixings that suit the timber, and a refinishing habit rather than a refinishing crisis.

What it costs to put right. Cleaning and refinishing on a cycle, then individual boards, then at some point a larger conversation about the structure below. The running cost is real but it is knowable, and being knowable has genuine value in a budget.

The advantage nobody else has. A deck does not care what the ground does, because it stands on posts set below the frost line rather than resting on the surface. On ground that heaves, that is not a small thing.

So which failure would you rather own?

• You want to stop thinking about it. Concrete. One planned failure mode, no schedule, and the repairs are rare rather than routine.
• You would rather fix small things often than one big thing rarely. Pavers. Nothing about them is ever unrecoverable.
• You want to know what the next ten years costs. Timber. It is the most predictable of the three, which is a different virtue from being the cheapest.

The failure that is not any of the above

Most surfaces that disappoint people around here did not fail as materials. They failed because of what they were put on: soft ground that was never consolidated, a fall that sends water toward the house instead of away, or a base laid in one thick layer rather than compacted in passes.

That failure looks different under each material - a slab cracks and steps, a paver field goes wavy, a deck stays flat and lets you not notice until a post moves - but the cause is the same one, and no material choice fixes it. It is why the part of a quote covering what happens below ground deserves more of your attention than the part naming the surface. Our patio cost breakdown takes those layers one at a time, in the order the money is actually spent. If yours has already gone that way, the concrete repair page covers putting the base right rather than simply pouring over it again.

What a Racine County winter adds

Everything above is amplified here by freeze and thaw, and by what gets tracked onto a surface in January. Deicing chemicals are the single most avoidable cause of early surface damage on concrete, and the first winter is the dangerous one, because a young slab is still saturated inside and has not yet built the strength it needs to be frozen while it is.

Worth knowing before somebody sells you a bag of the wrong thing: the products commonly recommended as the gentle alternatives are the ones the regional association tells you never to use. Grit is the right answer, and it is the cheap one.