How Much Does Concrete Cost in Vermont?
Concrete averages $186.45 per cubic yard in Vermont as of 2026 research, with metro-level pricing ranging from $175.26 (lowest-cost metro) to $195.77 (highest-cost metro). That's a 13% premium over the national midpoint of $165.00 per cubic yard (source; confidence: high). The state midpoint is computed by applying Vermont's 1.13× regional adjustment to the national-average dataset documented on our pricing methodology page.
Use the metro table below for finer-grained budgeting — within Vermont, the spread between the cheapest and most expensive metro on the same material can run 15-30%.
What Drives Concrete Pricing in Vermont?
Vermont is a small, rural, heavily forested New England state where higher labor and freight costs, difficult terrain, and a short building season push construction costs to about 13% above the national average. Material has to travel farther to reach dispersed job sites, and the deep-frost climate demands more foundation work than most of the country.
Climate and supply factors: Vermont pricing reflects several regional realities: deep frost requires footings 4-5 ft down, adding excavation and foundation concrete versus warm-climate states. Much of the state sits on granite and other bedrock, so hillside and mountain sites often hit ledge that must be blasted or hammered. In the Champlain Valley lowlands around Lake Champlain, builders contend with soft, highly sensitive marine (Champlain Sea) clay that can lose strength when disturbed and complicates foundation design. Vermont also has one of the highest radon rates in the country, and the short building season concentrates work into a few months.
Concrete Prices by Vermont's Major Metros
Per-metro estimates apply each metro's population-weighted price tier to the Vermont state midpoint. Population figures are 2024 ACS estimates from the U.S. Census Bureau.
| Metro | Population | Per Cubic yard | vs. State Avg |
|---|---|---|---|
| Burlington | 44K | $195.77 | +5% |
| South Burlington | 21K | $193.91 | +4% |
| Colchester | 18K | $188.31 | +1% |
| Rutland | 16K | $178.99 | -4% |
| Bennington | 15K | $175.26 | -6% |
When to Buy Concrete in Vermont
Construction season in Vermont: Vermont's practical building season is short -- roughly May through October. Deep frost keeps the ground frozen well into spring, so excavation and foundation work concentrate in the warmer months; late-season pours in September and October need attention to overnight temperatures, and winter concrete work requires heating and protection that add cost.
Ready-mix pricing peaks in May-July when residential and commercial demand stack; cold-weather pours add curing-protection cost in northern states. For non-emergency work in Vermont, ordering during the off-peak window typically saves 5-15% vs. spring/summer peak pricing. Material yards run promotional pricing twice a year — early-spring (Mar-Apr) on bagged products and late-fall (Oct-Nov) on bulk aggregates as plants clear inventory before shutdown.
Climate & Code Considerations for Concrete in Vermont
Frost line: 48-60 in (deep New England frost; ~48 in is a common statewide design value, with 60 in used in the colder northern counties and mountains -- verify locally, as some towns require footings a full 5 ft below grade). Vermont's frost line drives footings and bases below the frost depth, adding 25-50% more concrete (or aggregate base) to perimeter foundations vs. southern states with no frost requirement.
State / local code: Vermont does not have a comprehensive mandatory statewide building code for one- and two-family homes. Commercial and public buildings fall under the Vermont Fire and Building Safety Code (administered by the Division of Fire Safety, based on the IBC and NFPA standards). Statewide, the Residential Building Energy Standards (RBES, 30 V.S.A. Section 51) do apply to virtually all new homes and residential additions/renovations, but structural and general residential code enforcement for houses is otherwise largely a matter of local ordinance -- many rural towns have limited or no residential code enforcement.
Where to Source Ready-Mix Concrete in Vermont
Authoritative directories for sourcing ready-mix producers, aggregate quarries, and bagged-product retailers across Vermont:
- Associated General Contractors of Vermont (AGC/VT)
- NRMCA ready-mix producer directory (filter by state)
- Quikrete dealer locator
Get quotes from at least three local suppliers — pricing on the same spec varies 10-20% across producers in the same metro. Volume orders (10+ cu yd ready-mix, 20+ tons aggregate, full pallets bagged) typically earn another 5-10% off published quotes.
Calculate Concrete for Your Project
To budget accurately for your pour, calculate how many cubic yards you need, then apply Vermont's 1.13× adjustment to the national-average cost displayed on the calculator. The calculator's built-in cost overlay uses national pricing — multiply the displayed total by 1.13 for a Vermont-specific estimate, or use the per-metro figures in the table above for tighter budgeting.
Frequently Asked Questions
How much does concrete cost per cubic yard in Vermont?
Concrete averages $186.45 per cubic yard in Vermont, with a metro range of $175.26 to $195.77 as of 2026. Vermont pricing runs about 13% above the national midpoint.
What is the cheapest Vermont metro for concrete?
Bennington typically prices the lowest of the major Vermont metros, around $175.26 per cubic yard. Burlington typically prices the highest, around $195.77. Differences come from delivery distance to producer plants and metro-area labor rates.
When is the best time of year to buy concrete in Vermont?
Vermont's practical building season is short -- roughly May through October. Deep frost keeps the ground frozen well into spring, so excavation and foundation work concentrate in the warmer months; late-season pours in September and October need attention to overnight temperatures, and winter concrete work requires heating and protection that add cost. Ready-mix pricing peaks in May-July when residential and commercial demand stack; cold-weather pours add curing-protection cost in northern states. For non-emergency work, ordering off-peak (late fall in cold-winter states, mid-winter in southern states) typically saves 5-15% vs. spring/summer peak pricing.
What code requirements affect concrete costs in Vermont?
Vermont does not have a comprehensive mandatory statewide building code for one- and two-family homes. Commercial and public buildings fall under the Vermont Fire and Building Safety Code (administered by the Division of Fire Safety, based on the IBC and NFPA standards). Statewide, the Residential Building Energy Standards (RBES, 30 V.S.A. Section 51) do apply to virtually all new homes and residential additions/renovations, but structural and general residential code enforcement for houses is otherwise largely a matter of local ordinance -- many rural towns have limited or no residential code enforcement.
Where can I find concrete suppliers in Vermont?
Start with the Associated General Contractors of Vermont (AGC/VT), the NRMCA national producer directory filtered to Vermont, or the Quikrete dealer locator for bagged products. Get quotes from at least three local suppliers — pricing varies 10-20% across producers in the same metro.
Why is concrete more expensive in Vermont than the national average?
Vermont is a small, rural, heavily forested New England state where higher labor and freight costs, difficult terrain, and a short building season push construction costs to about 13% above the national average. Material has to travel farther to reach dispersed job sites, and the deep-frost climate demands more foundation work than most of the country.
Related Pages
- All concrete prices by state
- All construction material prices in Vermont
- Concrete prices in New Hampshire
- Concrete prices in Massachusetts
- Concrete prices in New York
- Concrete Calculator
- Pricing methodology & sources
National-average pricing triangulated from fred.stlouisfed.org. Updated Apr 2026 · methodology
Estimates only. Always verify with your supplier before ordering.
Written by Daniel McCarney — AceCalc