Concrete Delivery Cost Calculator

Ready-mix concrete delivery typically runs $120 to $200+ per cubic yard delivered, so a small order is a few hundred dollars and a full 10-yard load is about $1,200 to $2,000+. The drivers are the volume (priced per cubic yard), the mix strength/type (standard 3000 PSI is cheapest; higher-strength 4000–5000 PSI and specialty mixes cost more per yard), the load size (a full ~10-yard truckload gets the best per-yard rate; small/partial orders carry a short-load surcharge), and the delivery distance (local hauls cheapest, long/rural more). This is the cost of the concrete material delivered — it does not include labor to form, place, or finish, which is separate if you hire a contractor. Common extra fees: a short-load fee, a delivery/fuel fee for distance, weekend/after-hours fees, standby fees if unloading runs long, a pump truck for hard-to-reach pours, and admixtures or color. Enter your cubic yards, mix, load size, and distance in the calculator to anchor the estimate.

Concrete is ordered by the cubic yard, so calculate the volume: length (ft) × width (ft) × thickness (ft) ÷ 27 (there are 27 cubic feet in a cubic yard). The trick is converting thickness to feet — a 4-inch slab is 4 ÷ 12 = 0.333 ft, a 6-inch is 0.5 ft. For example, a 10×10 slab at 4 inches is 10 × 10 × 0.333 ÷ 27 ≈ 1.23 yards; a 24×24 two-car driveway at 4 inches is about 7.1 yards. For odd shapes, break the area into rectangles, or use area (sq ft) × thickness (ft) ÷ 27. A handy rule: one cubic yard covers about 80 sq ft at 4 inches, 65 sq ft at 5 inches, or 54 sq ft at 6 inches. Always add a waste allowance — about 5–10% extra — for spillage, an uneven subgrade, and over-excavation, because running short mid-pour is a serious problem (and a second small delivery brings another short-load fee). It's better to slightly over-order. Give the supplier your dimensions and they'll confirm the quantity; enter the cubic yards into the calculator.

A short-load (or small-load/minimum) fee is a surcharge for ordering less than a full truckload, because the truck still makes a full trip — same driver, fuel, and time — to deliver a partial load. A standard ready-mix truck holds about 10 cubic yards; order a full or near-full load and you get the best per-yard price, but order a small quantity (commonly under ~3–5 yards) and the supplier adds a short-load fee, often a flat surcharge or a per-yard premium for each yard you're short of the minimum. The smaller the order relative to a full truck, the higher the effective per-yard premium — which can make ready-mix uneconomical for very small amounts. To avoid or minimize it: order a full load if you have enough work to use it (or combine projects), or use a 'mini-mix'/short-load specialty service with smaller trucks geared to small orders. For very small pours, bagged concrete you mix yourself may be cheaper. The calculator includes a partial-load option (per-yard premium) and a short-load fee add-on so you can model small orders.

It depends entirely on whether the ready-mix truck can reach your pour. A mixer discharges down a chute at the back with limited reach (a few feet, somewhat extendable). If the truck can back up to or near the pour and reach it with the chute, you don't need a pump — the cheapest scenario, common for driveways and slabs accessible from the street or driveway. You need a pump (a truck-mounted boom pump or a trailer line pump) when the pour is out of the truck's reach: a backyard slab the truck can't access (gates, landscaping, obstacles), pours behind or over the house, elevated pours (upper floors, raised foundations, decks), long distances from where the truck can park, or large pours where pumping speeds placement. The pump moves the concrete through a boom or hoses to place it precisely. It's a significant added cost (often several hundred dollars or more; the calculator uses a representative pump add-on), but it's necessary when access is the issue. Assess your site access before ordering — if the truck can't reach, budget for a pump.

PSI is the concrete's compressive strength, and the right one depends on the application. As general residential guidance: 2,500–3,000 PSI suits light, non-structural work and basic flatwork — 3,000 PSI is a common economical standard for patios, walkways, sidewalks, and basic slabs in mild conditions. 3,500–4,000 PSI is recommended for driveways, garage floors, and exterior flatwork that bears vehicle loads or faces freeze-thaw and de-icing salts, plus foundations and structural slabs (4,000 PSI is a frequent driveway choice and often code-required for structural elements). 4,000–5,000 PSI is for heavy-duty applications, structural footings and foundations, and harsh conditions. Above 5,000 PSI is specialized high-strength concrete. In cold climates, air-entrained concrete (with tiny air bubbles to resist freeze-thaw) matters for exterior flatwork and should be specified. Codes may dictate minimum PSI for structural elements and exposure. Higher PSI costs a bit more per yard but adds strength and durability — don't under-spec structural concrete. The calculator lets you choose 3,000, 3,500–4,000, 5,000 PSI, or specialty mixes.

It comes down to volume. For very small amounts, bagged concrete you mix yourself is usually cheaper — a few post holes, a small pad, or small repairs — since you avoid delivery and short-load fees and the upfront cost per bag is low. But it's labor-intensive: an 80-lb bag yields only about 0.6 cubic feet, so it takes roughly 45 bags to make one cubic yard, and mixing dozens of bags by hand is exhausting, slow, and hard to keep consistent. Ready-mix delivery gives professionally batched, consistent concrete ready to pour, which is far more practical and economical for larger volumes — the per-yard cost beats bags once you're near a full load, and it saves enormous labor. The catch for small ready-mix orders is the short-load fee and minimums. The rough crossover: under about a half-yard, bags make sense; around a yard or more, ready-mix usually wins on both cost and practicality, and it's clearly better for several yards (large pours must be placed continuously, which hand-mixing can't manage). Price out bags for small jobs and the calculator's ready-mix estimate for larger ones.

Beyond the base per-yard price, several fees can apply, so ask the supplier for an itemized quote. Common ones: a short-load/small-load fee for ordering under the minimum; a delivery/fuel/haul fee based on distance from the plant; a weekend/after-hours fee for off-hours deliveries; and standby/overtime fees if unloading exceeds the allotted time (trucks allow roughly 5–7 minutes per yard, so a slow pour or unprepared site racks up wait charges). There can also be an environmental/washout fee, admixture/additive fees (fiber, accelerators, retarders, water reducers, air-entrainment, or integral color), a minimum-order amount, and a returned-concrete fee if you over-order and send concrete back. A concrete pump, when access requires it, is a significant separate cost. To budget accurately, get the per-yard price plus all applicable fees in writing and confirm the included unloading time. Being prepared on site — forms ready, crew in place, access clear — is the main way to avoid standby and access fees. The calculator includes add-ons for a pump truck, short-load fee, weekend delivery, standby time, admixtures, and color.

A ready-mix truck allows a limited unloading window — commonly about 5–7 minutes per cubic yard, or a set total (a full 10-yard load might allow around an hour) — after which standby/overtime fees apply per minute or increment. Concrete also starts to set after batching, so you generally have about 60–90 minutes from mixing to place it. To avoid charges and get a good pour, be fully ready before the truck arrives: have the forms built and secured, the subgrade compacted, any rebar/mesh and vapor barrier in place, and a clear path for the truck to back up and discharge (or a pump arranged if it can't reach). Have enough crew and the right tools — wheelbarrows if needed, screeds, floats, edgers — to place and finish promptly, since concrete won't wait once it's discharging. Plan the pour sequence and confirm access and weather (avoid extreme heat, cold, or rain unless prepared with the right mix and protection). Good prep lets you unload within the allotted time, place before it sets, and get a quality result. The calculator includes a standby-time add-on for extra unloading time.

Add about 5–10% over your calculated volume as a waste allowance — and lean toward the higher end for tricky pours. The extra covers a few unavoidable realities: spillage during discharge and placement, a subgrade that isn't perfectly level (low spots quietly swallow more concrete than the math predicts), slight over-excavation, and concrete left in the chute and wheelbarrows. The reason to over-order rather than cut it close is asymmetric risk: a little leftover concrete is a minor cost, but running short mid-pour is a real problem — you can't pause a continuous pour for long, a cold joint may form where new concrete meets partly-set concrete, and a second small delivery brings another short-load fee and a delay. For a small slab, round up to the next sensible quarter- or half-yard; for footings and uneven subgrades, the full 10% is wise. If you genuinely can't use the extra, ask the supplier about their returned-concrete policy, but plan to use or place it (a small spare pad or filling form edges) rather than waste it.

No — concrete delivery is the cost of the material delivered by the ready-mix truck, not the labor to form, place, screed, float, edge, and finish it. The truck discharges the concrete; from there it's on you (for a DIY pour) or your concrete contractor to place and finish it. That's an important distinction when comparing this estimate to a finished-concrete quote: a contractor's price for a poured driveway or slab includes the concrete plus all the forming, reinforcement, placement, finishing, control joints, and labor — typically several dollars per square foot beyond the material. This calculator gives the delivery/material cost, which is useful if you're doing the labor yourself or supplying concrete to a job, or if you want to see how much of a contractor's bid is material versus labor. If you want the all-in cost of a finished slab, patio, or driveway, use the relevant finished-concrete calculator on the site; if you just need to know what the truckload of concrete itself costs, this is the right tool.