Concrete Delivery Cost Calculator

In 2026, ready-mix concrete delivery typically costs $120 to $200+ per cubic yard delivered, so a small order of a few yards might run a few hundred dollars, and a larger 10-yard load $1,200 to $2,000+. The cost depends mainly on the volume (priced per cubic yard), the mix strength/type (a standard 3000 PSI mix is cheapest, while higher-strength 4000-5000 PSI and specialty mixes cost more per yard), the load size (a full truckload of about 10 yards gets the best per-yard rate, while small/partial orders incur a short-load surcharge), and the delivery distance (local hauls are cheapest, while long or rural deliveries cost more). The price is for the concrete material delivered by a ready-mix truck (it does not include labor to place, form, or finish the concrete — that's separate if you hire a contractor; this is the material/delivery cost for a DIY pour or to supply a job). Additional fees commonly apply: a short-load fee for orders under a full truck (often a flat surcharge for small quantities, since the truck delivers less than its capacity), a delivery/fuel fee (especially for longer distances), a weekend/after-hours delivery fee, and standby/overtime fees if unloading takes longer than the allotted time (the truck waits, and extra time is charged). A concrete pump truck (to pump the concrete to a hard-to-reach pour) is a notable extra cost. Specialty admixtures (fiber, accelerators) and integral color also add to the price. This calculator lets you set the cubic yards, mix, load size, and distance to estimate your delivery. Pricing varies by region (and the local ready-mix supplier), the mix, the order size, the distance, and any fees. Ordering a full load and minimizing extra fees gets the best per-yard value. Remember to order enough (with a waste allowance) since running short mid-pour is a problem.

Concrete is ordered by the cubic yard, so you need to calculate the volume of your pour in cubic yards — here's how. The basic formula: Volume (cubic yards) = Length (ft) × Width (ft) × Thickness (ft) ÷ 27 (since there are 27 cubic feet in a cubic yard). The key is converting the thickness to feet: a 4-inch slab is 4 ÷ 12 = 0.333 ft, a 6-inch slab is 0.5 ft, an 8-inch is 0.667 ft. Example calculations: a 10x10-foot slab at 4 inches thick = 10 × 10 × 0.333 ÷ 27 ≈ 1.23 cubic yards; a 20x20-foot slab at 4 inches = 20 × 20 × 0.333 ÷ 27 ≈ 4.94 yards; a 24x24-foot (2-car) driveway at 4 inches ≈ 7.1 yards; a 40-foot sidewalk that's 4 ft wide at 4 inches ≈ 1.97 yards. For thicker pours (driveways at 5-6 inches, footings, etc.), use the appropriate thickness. For non-rectangular shapes, break the area into rectangles (or use the area in square feet × thickness in feet ÷ 27). For footings and columns, calculate each section's volume. Always add a waste allowance — typically about 5-10% extra — to account for spillage, slightly uneven subgrade (low spots that need more concrete), and over-excavation, so you don't run short (running out mid-pour is a serious problem, and a second small delivery incurs another short-load fee). It's generally better to slightly over-order than under-order. Many suppliers and online calculators help with the math, and the supplier can help verify your quantity if you give them the dimensions. Round up to a sensible order amount. Common reference: 1 cubic yard of concrete covers about 80 square feet at 4 inches thick, or about 65 sq ft at 5 inches, or 54 sq ft at 6 inches. This calculator takes the cubic yards as input (use the formula above to compute it from your dimensions). Measure your project carefully, convert to cubic yards, add waste, and order accordingly. Accurate quantity calculation ensures you get enough concrete in one delivery and avoid shortfalls or excessive leftover. When in doubt, ask the supplier to confirm the amount.

A short-load fee (also called a small-load or minimum-load fee) is a surcharge that ready-mix concrete suppliers charge when you order less than a full truckload of concrete — it compensates for the truck delivering a partial load when it could carry more. How it works: a standard ready-mix concrete truck holds about 10 cubic yards (some up to 11+). When you order a full load (or close to it), you get the best per-yard price because the truck is delivering at capacity. But when you order a small quantity (commonly under about 3-5 yards, depending on the supplier), the truck is mostly empty yet still makes a full trip (with the same driver, fuel, and time), so the supplier charges a short-load fee to make the delivery worthwhile. The fee is often a flat surcharge (commonly around $50-$150+ per yard short of the minimum, or a set fee for small loads — it varies by supplier) added to the per-yard cost. The smaller the order relative to a full truck, the higher the effective premium per yard. Why it matters: for small DIY projects (a small slab, a few post footings, a small pad), the short-load fee can significantly increase the per-yard cost, sometimes making ready-mix delivery less economical for very small amounts — at which point alternatives like mixing bags of concrete yourself, using a smaller 'mini-mix'/trailer-mix service, or a 'short-load' specialty truck (some companies have smaller trucks or mix on-site for small orders) may be more cost-effective. To minimize or avoid the fee: order a full load if you have enough work to use it (or combine projects), or use a supplier/service geared toward small loads. For larger pours (several yards up to a full truck), the short-load fee is avoided or minimal. This calculator includes a short-load fee add-on and a partial-load option (with a per-yard premium) to reflect small orders. When ordering, ask the supplier about their minimum and short-load fee so you can plan (it may be worth sizing your order to a full load, or considering alternatives for very small amounts). The short-load fee is a normal industry charge for partial deliveries. Plan your order size with it in mind.

Whether you need a concrete pump truck depends on whether the ready-mix truck can reach (or get close enough to) your pour to discharge the concrete directly — a pump is needed when the pour location is inaccessible to the truck's chute or too far/high to reach otherwise. How concrete is normally delivered: a ready-mix truck discharges concrete down a chute at the back, which has a limited reach (a few feet, extendable somewhat). If the truck can back up to or near the pour and reach it with the chute (plus added chute sections), no pump is needed — this is the cheapest scenario (common for driveways, slabs, and pours accessible from the street/driveway). When a pump truck is needed: a concrete pump (a truck-mounted boom pump or a trailer/line pump) is used when the pour is out of the truck's reach — for example, a backyard slab or pour that the truck can't access (no driveway access, gates, landscaping, or obstacles in the way), pours over or behind the house, elevated pours (upper floors, raised foundations, second-story decks), long distances from where the truck can park, pours through tight spaces, or large/complex pours where pumping speeds placement. The pump moves the concrete through a boom or hoses to precisely place it where the truck can't reach. Cost: renting a concrete pump (with operator) is a significant added cost (often several hundred dollars or more — boom pumps cost more than line pumps; this calculator uses a representative pump add-on), but it's necessary when access is the issue, and it can also speed up and ease placement for large pours. Alternatives for minor access issues: wheelbarrows (labor-intensive, only for small amounts and short distances), or positioning the truck as close as possible. To decide: assess whether the ready-mix truck can physically reach your pour with its chute — if yes, no pump; if the pour is inaccessible, elevated, or too far, you'll need a pump. The supplier or a pumping company can advise based on your site. This calculator includes a pump-truck add-on for when access requires it. Evaluate your site access before ordering — if the truck can't reach, budget for a pump. For accessible pours, you can skip the pump and save the cost. Site access is the determining factor.

The concrete mix strength you need — measured in PSI (pounds per square inch of compressive strength) — depends on the application, as different projects require different strengths for durability and to meet code; using the right PSI ensures the concrete performs and lasts. Common residential PSI guidelines: 2500-3000 PSI — the lower end, suitable for non-structural or light applications and some interior or basic flatwork; 3000 PSI is a common standard for many residential applications like patios, walkways, sidewalks, and basic slabs in mild conditions, offering good strength economically. 3500-4000 PSI — recommended for driveways, garage floors, and exterior flatwork that bears vehicle loads or faces freeze-thaw and de-icing, as well as foundations and structural slabs; 4000 PSI is a frequent choice for driveways and durable exterior work (and is often required by code for certain structural elements). 4000-5000 PSI — for heavy-duty applications, structural foundations, footings, and areas with heavy loads or harsh conditions; 5000 PSI is high-strength concrete for demanding structural or heavy-duty uses. Above 5000 PSI — specialized high-strength concrete for commercial/industrial structural applications. Other factors: in cold climates with freeze-thaw cycles, higher strength and air-entrained concrete (with tiny air bubbles to resist freeze-thaw damage) are important for exterior flatwork and should be specified; reinforcement (rebar/mesh) and proper thickness also affect performance alongside PSI. Building codes may dictate minimum PSI for structural elements (footings, foundations) and for exposure conditions — check local requirements. The mix can also include admixtures (fiber for crack resistance, accelerators/retarders for set time, water reducers, air-entrainment) per the needs. General rule: use 3000 PSI for basic flatwork (patios, walkways) in mild conditions, 3500-4000 PSI for driveways and durable/structural exterior work (especially in freeze-thaw climates), and 4000-5000 PSI for footings, foundations, and heavy-duty applications. Higher PSI costs a bit more per yard but provides more strength and durability. This calculator lets you choose 3000, 3500-4000, 5000 PSI, or specialty mixes. When in doubt, ask your supplier or follow code/engineering specs for your project — the right strength is important for a lasting result. Don't under-spec structural or load-bearing concrete. Match the PSI to the application and conditions.

Whether mixing your own concrete (from bags) or having ready-mix delivered is cheaper depends mainly on the volume you need — for small amounts, bagged concrete you mix yourself is usually cheaper, while for larger amounts, ready-mix delivery is more economical and far more practical. Mixing your own (bagged concrete): you buy bags of pre-mixed concrete (e.g., 60 or 80 lb bags) and mix them with water (by hand, in a wheelbarrow, or with a rented mixer). This is cost-effective for small projects — a few post holes, a small pad, small repairs, or small slabs — where you only need a small volume; bagged concrete has a low upfront cost per bag, and for tiny amounts you avoid delivery and short-load fees. The downsides: it's very labor-intensive (mixing many bags is hard work), time-consuming, and impractical for larger volumes (an 80 lb bag yields only about 0.6 cubic feet, so it takes about 45 bags to make 1 cubic yard — mixing dozens of bags is exhausting and slow), and consistency can vary. It's best for small jobs (generally under roughly half a yard to a yard, depending on your willingness to mix). Ready-mix delivery: a truck delivers professionally-mixed concrete ready to pour, which is far more practical and economical for larger volumes — you get consistent, quality concrete quickly without the labor of mixing. The cost per yard is lower than buying the equivalent in bags for larger amounts, and it saves enormous labor and time. The downsides for small orders are the short-load fees and minimums (which make small ready-mix orders pricier per yard). The crossover point: for very small amounts (a fraction of a yard), bags are cheaper and reasonable; for around a yard or more, ready-mix usually wins on both cost and practicality (the labor of mixing 45+ bags per yard is impractical, and ready-mix per-yard cost is competitive once you're at a full or near-full load). The break-even varies, but many consider ready-mix worthwhile from about 1 cubic yard up (and clearly better for several yards). Also consider: you need the equipment and labor to mix and place bags within the working time, and large pours must be placed continuously (hard to do with hand-mixing). This calculator estimates ready-mix delivery cost (with a short-load option for small orders) so you can compare against bagged-concrete cost (bags × price) for your volume. For small jobs, price out bags; for larger pours, ready-mix delivery is generally cheaper and far easier. Factor in your labor, time, and equipment too. Volume is the deciding factor.

Beyond the base per-yard price, several fees can apply to ready-mix concrete delivery, so it's important to ask the supplier about all charges to budget accurately. Common additional fees: Short-load / small-load fee — a surcharge for ordering less than a full truckload (under the supplier's minimum), since the truck delivers a partial load. Delivery / fuel / haul fee — a charge for the delivery itself, often based on distance from the plant (longer distances cost more); some suppliers include short local delivery but charge for distance. Weekend / after-hours fee — an extra charge for deliveries on weekends, holidays, or outside normal hours. Standby / overtime / unloading fee — ready-mix trucks allow a certain amount of time to unload (often around 5-7 minutes per yard, or a set time); if unloading takes longer (the pour is slow, the site isn't ready, or there are delays), 'standby' or 'overtime' fees are charged for the extra time the truck waits (this is why being prepared to unload promptly matters — have your forms ready and crew in place). Environmental / washout fee — some suppliers charge a small environmental fee or for washing out the chute. Pump truck — if you need a concrete pump (truck access issue or elevated/distant pour), that's a significant separate cost (the pump and operator). Admixture / additive fees — for fiber reinforcement, accelerators (hot water or chemical, e.g., for cold-weather or fast set), retarders, water reducers, air-entrainment, or integral color, which are added to the mix. Saturday or 'hot load'/cold-weather charges may apply in some conditions. Minimum order — suppliers have a minimum order amount. Returned concrete fee — if you over-order and return unused concrete, some charge for disposal. To budget accurately, ask the supplier for a full quote including the per-yard price and all applicable fees (delivery/distance, short-load, any weekend/standby, admixtures, etc.), and clarify the included unloading time to avoid standby charges. Being prepared on-site (forms ready, crew ready, access clear) helps avoid standby and access fees. This calculator includes add-ons for a pump truck, short-load fee, weekend delivery, standby time, admixtures, and color so you can estimate the all-in cost. Knowing the fees upfront prevents surprises. The base per-yard price plus these potential fees is your true delivery cost. Always get an itemized quote.

A ready-mix concrete truck typically allows a limited amount of time to unload (commonly around 5-7 minutes per cubic yard, or a set total time such as up to ~30-60 minutes depending on the load and supplier), after which standby/overtime fees apply — so being fully prepared to receive and place the concrete quickly is important to avoid extra charges and ensure a successful pour. The included time: suppliers build in a reasonable unloading window; for example, a full 10-yard load might allow around an hour total. If you exceed it (slow pouring, an unprepared site, or delays), the truck waits 'on standby' and you're charged extra per minute/increment. Also, concrete begins to set after batching (you generally have a window of about 60-90 minutes from mixing to place it before it starts curing too much), so you can't leave it sitting too long. How to prepare for the delivery: Have the site ready — the forms built and secured, the subgrade/base prepared and compacted, any rebar/reinforcement and vapor barrier in place, and the area accessible for the truck (clear a path and a spot for the truck to back up/discharge, or arrange a pump if needed). Have your crew and tools ready — enough people and the tools (wheelbarrows if needed, screeds, floats, edgers, etc.) on hand to place, screed, and finish the concrete promptly as it's poured (concrete waits for no one once it's discharging). Plan the pour sequence — know where the concrete goes and how you'll move and place it. Confirm access — ensure the truck can reach the pour (or have a pump ready); clear obstacles. Be ready before the truck arrives — have everything set so unloading can begin immediately and proceed efficiently. Check the weather — avoid pouring in unsuitable conditions (extreme heat, cold, or rain) unless prepared with the right mix/admixtures and protection. Communicate with the driver — coordinate the discharge. Good preparation lets you unload within the allotted time (avoiding standby fees), place the concrete before it sets, and get a quality pour. Being unprepared leads to standby charges, a rushed or poor pour, or even wasted concrete. This calculator includes a standby-time add-on for extra unloading time. Plan and prepare thoroughly before the delivery — have the forms, base, crew, tools, and access ready so the pour goes smoothly within the truck's time. Preparation is key to a successful, cost-effective concrete delivery and pour.