From Dig To Finish.

Most concrete driveways in Victoria, BC range from $12 to $20 per square foot, depending on thickness, finish, site prep, and access. A typical two-car driveway runs roughly $6,000–$12,000. We provide free, fixed written quotes after an on-site measurement.

The best time to pour concrete in Victoria is late spring through early fall, when daytime temperatures sit between 10°C and 25°C. We pour year-round using cold-weather practices, but we avoid pouring during frost or heavy rain to protect the cure.

Yes. We carry $5 million in liability insurance and full WorkSafeBC coverage. In British Columbia, concrete and excavating contractors aren't required to hold a trade licence — but we're fully insured and WorkSafeBC-covered, and proof of coverage is available on request before any work begins.

A few specific questions tell you a lot fast. Ask to see actual proof of liability insurance and a WorkSafeBC clearance letter — not just a "yes." Ask what MPa strength they're planning to use and why — a contractor who can explain the reasoning knows the trade; a shrug is a red flag. Ask what's happening underneath the concrete — how much base, how it's compacted, what's being done with the existing soil — since that's what actually determines whether the job lasts, and it's invisible once poured. If your project touches the sidewalk or boulevard, ask if they've done municipal or permitted work before. Ask how they handle disposal of the old concrete and debris — a vague answer usually means it becomes your problem. And ask to see recent, local jobs — even just a drive-by — rather than relying on a handful of photos alone. A contractor who answers clearly and confidently is worth hiring. One who gets vague or defensive is a sign to keep looking.

Yes — small jobs are welcome. A lot of larger contractors are too busy to look at a single slab, a section of curb, or a walkway repair, so those calls go unanswered. We've set up our scheduling specifically to handle small concrete work across Greater Victoria — fully insured and done to the same standard as our larger projects.

Yes — every estimate is free with no obligation. We visit your site, measure, discuss finishes, and send a written fixed-price quote, usually within 48 hours.

We serve all of Greater Victoria: Victoria, Saanich, Oak Bay, Esquimalt, View Royal, Langford, Colwood, Highlands, Sidney, and the Saanich Peninsula, plus Metchosin and Sooke.

Yes. We run full-size and mini excavators for site excavation, grading, footing and foundation digs, drainage, trenching, demolition, and base prep. Our compact excavator fits through standard backyard gates, so we can handle tight Victoria lots that larger machines can't reach.

Under the BC Building Code, an accessible ramp can't be steeper than 1 in 12 — one inch of rise for every twelve inches of length, about 8.33%. Gentler is better where there's room, since a shallower slope is easier and safer to use. The code also requires level landings at the top and bottom (and at turns), and limits how far a ramp can run before it needs one. Commercial and public projects can be built to the CSA B651 accessibility standard instead. We build every ramp to the right slope, landings, and slip-resistant finish so it's safe, usable, and to code.

MPa stands for megapascals — the unit used to measure concrete's compressive strength, tested at 28 days after the pour. It tells you how much load the concrete can bear before it fails. The higher the MPa, the stronger the mix — but stronger isn't automatically better. The right MPa depends on what the concrete has to do and what it's exposed to.

Driveways and other exterior flatwork are commonly poured at 32 MPa, which holds up to vehicle loads and our wet West Coast climate — repeated wetting, drying, and occasional freeze-thaw cycles.

Retaining walls are often around 25 MPa, since they typically aren't carrying vehicle loads — though a taller or engineered wall may call for a specific strength set by the engineer's design.

Foundations vary the most, since the right strength depends on the project, the soil, and groundwater conditions — a structural engineer or the local building code sets the minimum for a given site. Sites with sulfate-rich groundwater or harsher freeze-thaw exposure sometimes call for a higher-strength mix with sulfate-resistant cement, since that combination is what actually damages concrete below grade over time.

Whatever the application, we spec the mix to the site — not a one-size-fits-all number — so your concrete is built for what it actually has to handle.

Some hairline cracking is normal in any concrete — it's the nature of the material. As concrete cures it shrinks, and it moves with temperature changes, so fine cracks can show up even in a properly built slab. The goal isn't to promise crack-free concrete (nobody honestly can) — it's to control it. We cut control joints in the right places so the concrete cracks along clean, planned lines instead of randomly, build on a proper base to prevent the bigger structural cracks that come from settling and heaving, and use the right mix and curing. Done right, cracking is minimized and kept where it belongs.

For a small repair or a fence post, a few bags are fine. For a driveway, slab, or anything structural, ready-mix is a different league. The bagged concrete on the shelf locally is typically rated around 4,000 to 5,000 psi — but the real issue is consistency: hand-mixing dozens of bags means the water ratio changes batch to batch, and uneven water makes for weaker, crack-prone concrete. The 32 MPa (about 4,600 psi) ready-mix we pour is batched to exact spec at the plant, delivered uniform, and placed in one continuous pour — no weak batches, no cold joints. It's the right way to do any job bigger than a patch.

Sealing protects concrete from what breaks it down — water, salt, oil, freeze-thaw, and UV. A good sealer keeps water from soaking in (which is what causes cracking, pitting, and surface wear), makes the surface easier to clean, and brings out the colour on decorative and exposed-aggregate finishes. On a new pour it's protection from day one; on existing concrete, re-sealing every few years keeps it looking good and extends its life. Sealer wears off over time, so it's not one-and-done — it needs redoing periodically to keep working.

Yes — but resealing an older driveway isn't just painting on a fresh coat. The surface has to be properly cleaned and fully dry first, because sealing over trapped moisture makes the sealer cloud, peel, or fail. Old, flaking sealer often needs to come off before new goes on, cracks and damage get dealt with first rather than sealed over, and the weather has to be right for it to cure. We use the correct sealer for your finish — broom, exposed aggregate, or stamped aren't all the same.

Broken-out concrete is clean fill (inert material), so it doesn't go in with regular garbage — it goes to a facility that accepts concrete and rubble, where it's often crushed and recycled into gravel and road base. There are transfer stations and aggregate yards around Greater Victoria that take it, usually charged by weight. Concrete is heavy — a small slab can easily hit a tonne or more — so disposal cost and a vehicle that can haul it are the real hurdles. On any tear-out or excavation job, we handle removal and disposal for you, so you don't have to find a site, rent a truck, or do the lifting.