asphalt or concrete driveway pathway

In the Okanagan’s freeze–thaw climate, concrete consistently outperforms asphalt in terms of durability, lifespan, and long-term value.

While asphalt may have a lower upfront cost, concrete often proves to be the more economical option over time, particularly for homeowners and builders focused on longevity.

How the Okanagan Climate Affects Hard Surfaces

Key environmental factors include:

  • Freeze–thaw cycles
  • Summer heat extremes
  • Snow removal and de-icing practices

These conditions cause asphalt to soften, crack, and degrade more quickly than concrete.

Lifespan Comparison

  • Asphalt driveways: typically 15–20 years
  • Concrete surfaces: often 30+ years with proper installation

Concrete’s rigidity and strength make it better suited for Okanagan conditions.

concrete or asphalt driveway pathway

Maintenance Requirements

Asphalt requires:

  • Regular sealing
  • More frequent repairs

Concrete requires:

  • Minimal maintenance
  • Occasional cleaning or sealing

Over time, maintenance costs can narrow or eliminate the initial price difference.

Best Uses for Concrete in Residential Projects

Concrete performs exceptionally well for:

  • Driveways
  • Walkways
  • Patios
  • Pads for structures

In projects involving grade changes or slopes, concrete often works alongside structural retaining wall systems to ensure long-term stability.

Builder Considerations

Builders often choose concrete because it:

  • Meets structural and load requirements
  • Performs well under inspection
  • Integrates cleanly with foundations and walls

Get in touch with us to learn more!

Frequently Asked Questions

Is concrete more expensive than asphalt in Kelowna?
Upfront, yes, but long-term costs are often lower.

Does concrete crack in cold weather?
Properly installed concrete is designed to handle freeze–thaw cycles.

How long before concrete can be used?
Most concrete is ready for light use within days, with full curing over time.

Is concrete suitable for sloped properties?
Yes, when properly designed and supported.