Key points
- Compare complete paver and concrete assemblies on the same site assumptions.
- Pavers and concrete differ in access, repair, movement, and appearance.
- Drainage, finished elevation, base, and restoration can outweigh surface choice.
- U.S. price signals are not Canadian installed-cost comparisons.
U.S. patio price comparison
For a prepared patio site, HomeGuide’s patio cost guide reports $5–$15 per square foot installed for poured concrete and $10–$17 per square foot installed for concrete or brick pavers, assuming existing compacted, level, well-draining ground. The ranges overlap from $10 to $15 per square foot, so these examples do not establish a universal lower-cost surface. They are broad U.S. planning signals, not bids or Canadian prices; compare the same excavation, base, drainage, edge, finish, access, and restoration in each local proposal.
Compare the construction systems
Pavers are individual units installed over bedding and a prepared base with edge restraint and joint material. Concrete is placed as a continuous slab with forms, joints, finish, and curing. Neither can be compared fairly without the ground beneath it. Include excavation, unsuitable soil, grading, drainage, delivery, restoration, and future utility access in both bids.
| Decision | Pavers | Concrete |
|---|---|---|
| Installation | Layout, bedding, cuts, joint material, and edge restraint | Forms, placement, joints, finish, and curing |
| Local repair | Sound units may be lifted and reset if the cause and support are corrected | Patching or replacement may be visible and require finish matching |
| Movement | Some local adjustment is possible, but a failed base still matters | Cracking or settlement may affect a continuous area |
| Future access | Units can sometimes be removed and reinstalled around a repair | Utility access may require cutting, patching, or replacing a section |
| Drainage | Surface grade and any separate permeable assembly need definition | Slab fall, edges, joints, and drains need definition |
These are system distinctions, not a promise that one material will perform better on a particular property.
Compare like-for-like site work
A simple shape, stable soil, and open equipment access can make either option easier to price. A slope, wet or fill soil, roots, buried concrete, narrow gate, steps, long carry, or limited staging can dominate the budget. A patio beside a foundation or retaining wall also needs a finished-elevation and water-route decision before surface selection.
Ask bidders for the same measured area, excavation depth, base or subbase assumptions, handling of unsuitable material, access plan, and restoration boundary. For concrete, specify forms, joint assumptions, reinforcement if planned, finish, delivery, and curing. For pavers, specify units, bedding, edge restraint, joint material, cuts, and pattern. The word “installed” does not guarantee that these scopes match.
Consider how each surface is repaired
CMHA guidance identifies paver distress such as settlement, heave, joint-sand loss, rutting, and edge-restraint failure. Some localized repairs involve removing and reinstating units; others require correcting the base, drainage, edge, or subgrade. Concrete may have localized surface distress, while movement or widespread cracking can lead to cutting or replacement. A patch, reset, or overlay can leave an active cause in place.
Ask how future utility or drainage work would cross the surface, whether matching material will remain available, and what the warranty covers. Keep product records, color or mix information, layout, joint locations, and photographs of the exposed base and drainage. FHWA partial-depth repair guidance concerns concrete pavement and is not a universal residential patio rule.
Let use, water, and upkeep decide
Choose a surface based on the household’s use, appearance, maintenance capacity, and willingness to accept future repair visibility. Pavers may suit an owner who values localized access or pattern flexibility and can support suitable base and edge work. Concrete may suit a simple continuous finish where placement access, joints, drainage, and future matching are acceptable. These are trade-offs rather than lifespan guarantees.
Neither conventional surface fixes a bad grade. Roof water, upslope runoff, wall drainage, and overflow need an intentional route. Permeable pavers are a separate hydrologic assembly with aggregate layers, possible underdrain, overflow, and maintenance; ordinary pavers are not automatically permeable. If the route has an accessibility goal or the patio borders a foundation, slope, public route, or wall, include the applicable project review.
Compare seasonal maintenance as a quoted service
Ask each bidder what the homeowner or service provider will do before and after winter: remove snow from permeable areas, choose or avoid sand and deicers, clear sediment, inspect joints and edges, and reach any cleanouts or underdrains. Have the proposal identify the equipment, timing, responsible party, and a local service price if ongoing maintenance is contracted. A designed permeable system has different upkeep from conventional pavers or a concrete slab, so compare each product’s instructions and owner obligations separately.
Edmonton’s LID guide warns that snow storage, sand, and chloride can affect some facilities and says owners bear maintenance costs for private systems under that guide. Its maintenance tables focus on municipal crews; they do not establish a residential service frequency, cost, or winter-performance winner. Ask the installer for the system-specific care plan, and use the permeable-paving guide and stormwater budget guide for the different design and program questions.
Compare written proposals
Request matched proposals with dimensions, finished elevations, water route, surface assembly, preparation, access, restoration, taxes, exclusions, and warranty. Ask what evidence would trigger a change order and who verifies utilities and local requirements. U.S. price guides are planning signals with varying assumptions; they do not establish an installed Canadian comparison or a universal winner. The best choice is the system whose full scope fits the site and can be maintained.
Match the trade-off to the household
A homeowner who expects future utility work may value a surface that can be opened and reinstalled, but pavers still need suitable support and matching units. A homeowner who prefers a continuous finish may favor concrete, while accepting that a later repair can be visible. Neither preference removes the need to address drainage, soil, edge conditions, and restoration first.
For a walkway, consider who uses the route, how carts or mobility devices pass, what transitions connect to doors and steps, and whether snow removal or routine maintenance changes the surface choice. For a patio, include furniture loads, edges against walls, and how runoff leaves the area. These are project-specific use questions, not proof of a material’s lifespan. Ask each bidder to explain how the proposed assembly serves those uses and which limitations remain.