Ready-Mix vs Bagged Concrete Cost Comparison

Enter your project volume and local pricing to instantly see the true cost of ready-mix concrete versus bagged concrete — including delivery, labor time, and per-unit breakdowns.

Free to use No sign-up required Includes delivery & short-load fees Side-by-side verdict

✓ Total project cost comparison ✓ Short-load fee accounted for ✓ Bag count & labor time included ✓ Last verified May 2026

Reviewed by the AllConcreteCalculator.com editorial team — pricing benchmarks updated against NRMCA national averages, May 2026.

Enter Your Project Details

Concrete Volume Needed

Don't know your volume? Use our Slab Calculator first. Please enter a valid volume greater than 0.

Waste / Overage Factor (%)

Add 10% for standard jobs; 15% for complex shapes.

🚚 Ready-Mix Pricing

Ready-Mix Price per Cubic Yard

US average $110–$155/yd³. Call your local plant for a quote.

Delivery / Short-Load Fee

Delivery: $100–$300. Short-load (under ~5 yd³) often adds $50–$200 extra.

📦 Bagged Concrete Pricing

Bag Size

80 lb bags are most economical; 60 lb bags easier to handle alone.

Cost per Bag

80 lb bags avg $6–$9 at Home Depot / Lowe's. Check your local store.

Results appear instantly. No sign-up required.

Your Cost Comparison

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🚚 Ready-Mix Concrete

—

Total material + delivery cost

Volume (with waste)—
Concrete cost—
Delivery / short-load fee—
Cost per cubic yard—

📦 Bagged Concrete

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Total bag purchase cost

Bags required—
Cost per bag—
Equivalent cost per yd³—
Est. mixing time—

— Volume (yd³ w/ waste)

— Cheaper Option Saves

— Bags Needed

— Waste Factor

Step 1: Convert volume to cubic yards (1 yd³ = 27 ft³; 1 m³ = 1.308 yd³)
Step 2: Final volume = Volume × (1 + waste% ÷ 100)

Ready-Mix Total = (Final yd³ × $/yd³) + delivery fee
Ready-Mix $/yd³ = Total ÷ Final yd³

Bag yield: 80 lb = 0.60 ft³ | 60 lb = 0.45 ft³ | 40 lb = 0.30 ft³
Bags needed = CEIL(Final yd³ × 27 ÷ bag yield)
Bagged Total = bags × $/bag
Bagged $/yd³ = Bagged Total ÷ Final yd³

Est. mixing time: approx. 5 min/bag (mixer) or 8 min/bag (by hand)

How to Use This Cost Comparison Calculator

Enter your concrete volume with overage. Type in the cubic yards (or feet/meters) your project needs. If you haven't calculated this yet, use our Concrete Slab Calculator first. Set the waste factor to 10% for straightforward rectangular pours, 15% for complex shapes. This ensures your cost comparison reflects what you'll actually order, not just the theoretical minimum.
Enter your local ready-mix pricing and delivery fee. Call your nearest ready-mix plant for a quote — prices vary significantly by region. Add any delivery or short-load surcharge in the Delivery Fee field. For orders under 5 cubic yards, most plants charge a short-load fee of $50–$200 on top of the per-yard price; this is often the factor that makes bagged concrete competitive on small jobs.
Select your bag size and enter the cost per bag. Check current prices at your local Home Depot, Lowe's, or masonry supplier. 80 lb bags of standard Quikrete or Sakrete typically run $6–$9 each. Select the bag size you'd realistically use — 80 lb bags are most economical per cubic foot, but 60 lb bags are more manageable for a single person.
Compare totals and read the verdict. The calculator shows the full cost for each method and identifies which is cheaper for your specific volume and local pricing. On small jobs (under 1 yd³), bagged is almost always cheaper. On anything over 2–3 yd³, ready-mix usually wins once you factor in the time and labor of mixing bags.

⚠ Pro Tip: The crossover point is usually around 1 cubic yard. Below that, bags often win on price. Above that, ready-mix wins — especially once you value your labor time. A standard drum mixer can handle one 80 lb bag every 5 minutes; a 3-yard pour means 135 bags and over 11 hours of mixing. That math ends the debate fast.

How the Cost Comparison Is Calculated

The calculator converts all input volumes to cubic yards, applies your waste factor, then computes the all-in cost for each method using the formulas below.

Step	Ready-Mix Formula	Bagged Formula
1. Apply waste factor	Vol × (1 + waste%)	Vol × (1 + waste%)
2. Material cost	Final yd³ × $/yd³	CEIL(Final ft³ ÷ bag yield) × $/bag
3. Extra fees	+ delivery fee	—
4. Total	Material + delivery	Bag count × bag price
5. Equiv. $/yd³	Total ÷ final yd³	Total ÷ final yd³

Example: A 3 yd³ pour with 10% waste = 3.30 yd³ final. At $130/yd³ + $150 delivery, ready-mix costs $429 + $150 = $579 (≈ $176/yd³ all-in). Using 80 lb bags at $7.50 each: 3.30 × 27 ÷ 0.60 = 149 bags → 149 × $7.50 = $1,118 (≈ $339/yd³). Ready-mix saves $539 in this scenario.

Common Project Cost Comparison Reference

Assumes: ready-mix $130/yd³ + $150 delivery; 80 lb bags at $7.50 each; 10% waste factor applied to all volumes.
Project	Volume	Ready-Mix Total	Bagged Total	Cheaper Option
Post holes (6 posts)	0.25 yd³	$184	$94	📦 Bags (save $90)
Small patio 8×10 ft, 4 in	0.99 yd³	$279	$371	🚚 Ready-mix (save $92)
Sidewalk 3×20 ft, 4 in	0.74 yd³	$246	$278	🚚 Ready-mix (save $32)
Garage floor 20×20 ft, 4 in	4.94 yd³	$792	$1,855	🚚 Ready-mix (save $1,063)
Driveway 10×20 ft, 6 in	3.70 yd³	$631	$1,388	🚚 Ready-mix (save $757)
Footing 40 ft × 12 in × 8 in	1.23 yd³	$310	$462	🚚 Ready-mix (save $152)
Small repair patch	0.10 yd³	$167	$38	📦 Bags (save $129)

Prices are national averages as of May 2026. Delivery fees, bag prices, and ready-mix rates vary significantly by region. Always get a local quote before finalizing your budget.

Which Method Should You Use? A Guide by Project Volume

Project volume is the single most important factor in the ready-mix vs bagged decision. The table below gives you the industry-standard guidance, but the calculator above gives you a precise answer for your actual local pricing.

General guidelines — run the calculator for exact figures with your local pricing.
Volume	Typical Application	Recommended Method	Key Reason
Under 0.5 yd³ (13.5 ft³)	Post holes, small repairs, stepping stones	📦 Bagged	Delivery fee alone exceeds bag cost
0.5 – 1.0 yd³	Small footings, mailbox base, small patio	📦 Bagged (likely)	Short-load fees often tip balance toward bags
1.0 – 2.0 yd³	Walkway, small slab, curb repair	⚖️ Compare locally	Crossover zone — delivery fee is the deciding factor
2.0 – 5.0 yd³	Driveway section, patio, garage pad	🚚 Ready-mix (likely)	Bag labor (50–135 bags) becomes prohibitive
Over 5.0 yd³	Full driveway, large slab, foundation	🚚 Ready-mix	Economy of scale; bagged cannot match per-yd³ cost
Over 10 yd³	Foundation, commercial pad, large structure	🚚 Ready-mix only	Bagged concrete is logistically and cost-prohibitive

If you're in the crossover zone (1–2 yd³), ask your ready-mix plant about their minimum charge and short-load fee before deciding. Some plants charge a flat delivery fee regardless of volume; others price short loads punitively. That one phone call can swing the decision either way.

Common Mistakes When Comparing Ready-Mix vs Bagged Costs

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Forgetting the delivery and short-load fee on ready-mix. The per-yard price your plant quotes is only part of the bill. Delivery charges of $100–$300 and short-load surcharges for orders under 5–7 cubic yards can add 20–50% to the cost of small pours. Always get the all-in quote before assuming ready-mix is cheaper.
⏱️
Ignoring your labor time when choosing bags. Mixing 80 lb bags takes roughly 5–8 minutes each, including opening, loading the mixer, pouring, and cleaning. A 2 cubic yard pour = 90 bags = 7–12 hours of hard physical labor. If you're a homeowner paying yourself nothing, the cost is still real — exhaustion leads to rushed work and bad results.
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Not accounting for bag waste and leftover bags. Bags must be bought in whole units and opened bags cannot be returned. If your project needs the equivalent of 47.3 bags, you're buying 48. Factor this into your cost — especially on small jobs where one extra bag represents a larger percentage of total spend.
🌡️
Choosing bags for a hot-weather pour without planning for set time. In temperatures above 85°F, bagged concrete can begin to set faster than you can mix and place it — particularly if you're working alone. Ready-mix plants can add retarders to slow the set. Bags give you no such control. For hot-weather pours over 1 yd³, ready-mix is safer regardless of cost.
🏪
Using national average bag prices instead of local prices. Bagged concrete prices vary by 30–50% depending on your region, the store, and whether there's a local sale. Big-box store prices in a metro area can be $2–$3 per bag more expensive than a local masonry supplier. Check current local pricing before running your comparison — it changes the break-even point significantly.

Frequently Asked Questions

It depends entirely on project volume. On a per-cubic-yard basis, ready-mix concrete ($110–$155/yd³) is almost always cheaper than bagged concrete ($250–$400/yd³ equivalent once you factor bag costs). However, ready-mix comes with delivery fees of $100–$300 and short-load surcharges that make it uneconomical for small jobs. For projects under 0.5 cubic yards, bags almost always win. For projects over 2 cubic yards, ready-mix almost always wins. The calculator above gives you the exact crossover for your local pricing.
A short-load fee is a surcharge that ready-mix plants add when your order is below their minimum economical load — usually 5–8 cubic yards. It exists because the cost of operating the truck, driver, and plant is similar whether you order 2 yards or 10 yards. Short-load fees typically range from $50 to $200 and are charged flat (not per yard). Some plants don't charge them at all; others make small orders prohibitively expensive. Always ask for the all-in quote including any short-load or minimum charge before comparing with bagged.
One 80 lb bag of pre-mixed concrete yields approximately 0.60 cubic feet when mixed with the correct amount of water. Since 1 cubic yard = 27 cubic feet, you need 27 ÷ 0.60 = 45 bags of 80 lb concrete per cubic yard. For 60 lb bags (0.45 ft³ yield), that's 60 bags per yard. For 40 lb bags (0.30 ft³ yield), 90 bags per yard. Always round up — you cannot pour a partial bag into a finished surface without creating a weak spot.
When mixed correctly, standard bagged concrete (such as Quikrete 5000 or Sakrete 4000) can achieve the same or similar compressive strength as ready-mix at equivalent PSI ratings. The practical difference is consistency: ready-mix is batched under controlled plant conditions with precise water-to-cement ratios. Bagged concrete mixed on site by hand or in a small drum mixer is more prone to over-watering, under-mixing, and batch variation — especially when workers get tired near the end of a large pour. For structural applications requiring consistent 4,000+ PSI, ready-mix is the professional choice.
As of 2025–2026, the national average for ready-mix concrete in the United States ranges from $110 to $155 per cubic yard for standard 3,000–4,000 PSI mixes. High-strength mixes (5,000+ PSI), fiber-reinforced mixes, or specialty admixtures add $10–$30 per yard. Geographic variation is significant: prices in rural Midwest markets can run $95–$115/yd³ while metropolitan markets on the coasts often exceed $150–$180/yd³. Always call your local plant for a current quote — concrete prices fluctuate with fuel costs and cement supply.
Yes, but it's exhausting and the results are typically lower quality than machine mixing. Hand mixing an 80 lb bag in a wheelbarrow takes 3–5 minutes of hard physical effort per bag — longer than a drum mixer, and more likely to leave unmixed pockets of dry material. For small jobs (under 10 bags), hand mixing is acceptable. For anything larger, rent a 3.5 or 6 cubic foot electric drum mixer from a hardware store ($50–$80/day). The quality improvement and time savings are well worth the rental cost on any pour over 5 bags.
It depends on the plant and your location. Some ready-mix suppliers include delivery within a specified radius (often 15–25 miles) in their per-yard price. Others charge a separate flat delivery fee of $100–$300. And most charge additional fees for deliveries beyond their standard radius ($5–$15 per extra mile), extended wait time (demurrage, typically $1–$3 per minute after the first 5–7 minutes), Saturday delivery, or short-load volumes. Always confirm the complete fee structure — not just the per-yard rate — before placing your order.
Standard ready-mix concrete has a usable life of approximately 90 minutes from the time it was batched at the plant — not from when the truck arrives at your site. In practice, by the time the truck arrives, parks, and you begin pumping or chuting, you may have 60–75 minutes of working time left. Hot weather shortens this significantly; cold weather extends it. Plan your labor crew, forms, and equipment to be completely ready before the truck arrives. Ready-mix plants charge demurrage fees (typically $1–$3 per minute) if the truck is kept waiting beyond the standard 5–7 minute window.
For most residential applications, specify 3,500 PSI as a minimum. Driveways in freeze-thaw climates should be 4,000 PSI with air entrainment (5–7% air). Structural slabs, foundations, and anything engineer-stamped typically require 4,000–5,000 PSI. Sidewalks and patios in mild climates can use 3,000 PSI. The cost difference between 3,000 and 4,000 PSI is typically $5–$15 per yard — a small premium for significantly better durability. Never let a supplier talk you into using a lower-strength mix to cut costs on structural elements.
Yes — most plants will deliver as little as 1 cubic yard, and some will deliver fractions of a yard. However, the economics rarely make sense. A 1-yard order at $130/yd³ with a $200 short-load fee costs $330 total, while 45 bags of 80 lb concrete at $7.50 each costs $338 — nearly the same, with more control over timing. Below 0.5 yards, bags almost always win. For fractions of a yard, you may also be better served by volumetric mixer services, which batch concrete on-site in the exact amount needed, though these are not available in all markets.