Reviewed September 2026 against USDA ERS Cost of Production and USDA NASS Crop Production and Agricultural Prices reports.

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Quick Answer: Corn Seed Cost, Input Cost, and Profit Per Acre

Seed corn is one slice of a much larger number. USDA’s Economic Research Service puts U.S. seed cost at $111.33 per planted acre for 2024, inside total costs of $878.31 per planted acre that cover operating costs (seed, fertilizer, chemicals, fuel, repairs) and overhead (land, machinery, taxes, insurance) (USDA ERS Commodity Costs and Returns). National average yield for 2024 was 179.3 bushels per harvested acre , and the marketing-year average price was $4.35 per bushel , according to USDA NASS’s Crop Production report and USDA NASS Agricultural Prices . Multiply those two and gross revenue for an average acre in 2024 works out to roughly $780 — below the $878.31 total cost figure, which is why 2024 was a difficult margin year for many corn operations.

The rest of this article breaks that top-line number into its parts — what seed actually costs, what the other inputs add up to, what “profit per acre” means once you multiply it out to a real farm size, and where to pull next season’s version of every number here.

Corn seed cost per acre: the USDA and Illinois figures

USDA does publish a seed line. In its corn costs-and-returns data, the Economic Research Service puts U.S. average seed cost at $111.33 per planted acre for 2024 and forecasts $111.11 for 2025 (USDA ERS Commodity Costs and Returns).

On those numbers, seed is about a quarter of operating costs and about 13% of total costs.

High-yield ground costs more to seed. The University of Illinois 2026 crop budgets list seed at $124 per acre in northern Illinois, $123 on high-productivity and $132 on low-productivity central Illinois farmland, and $116 in southern Illinois (farmdoc, University of Illinois). Your own figure is seeding rate times price per 80,000-kernel unit. Divide your seeding rate by 80,000 and multiply by your dealer’s price per unit, less any early-order discount.

Corn Seed Cost Per Acre

Seed is itemised in USDA ERS’s corn costs-and-returns tables: $111.33 per planted acre in 2024 and a forecast $111.11 in 2025, out of $434.66 and $440.11 in total operating costs (USDA ERS Commodity Costs and Returns). Those are national averages across all farms surveyed, so your own figure depends on the factors below.

What Drives Seed Corn Cost Per Acre

• Seeding rate: Most Corn Belt operations plant in the 28,000–36,000 seeds per acre range; the exact rate a grower chooses shifts total seed spend directly, since seed is priced per unit (typically 80,000 kernels) regardless of trait package.
• Trait package: Stacked herbicide-tolerance and insect-resistance traits carry a per-bag premium over conventional or non-GMO hybrids. The size of that premium moves year to year with input markets, so treat any flat dollar figure you see elsewhere as a snapshot, not a constant.
• Seed treatment: Fungicide and insecticide seed treatments add a smaller per-acre cost on top of the base seed price, in exchange for improved stand establishment in cold or wet soils.
• Early-order and volume discounts: Seed companies typically offer early-purchase pricing ahead of the following spring; locking in early is one of the few input-cost levers a grower fully controls.
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Because seed cost per acre is a function of seeding rate × price per unit × trait premium, and none of those three vary predictably enough for us to publish a dollar figure without risking staleness, the reliable way to budget seed cost for your own operation is to pull your local seed dealer’s current price sheet for the trait package and seeding rate you plan to use, multiply by your intended population, and check it against the total operating-cost trend in the ERS commodity costs-and-returns tables linked above — which are updated annually after harvest.

Input Cost Per Acre to Plant Corn

Total cost per acre — the figure that determines whether a given yield and price combination is profitable — is also published by USDA. For the 2024 crop year, USDA ERS puts total costs at $878.31 per planted acre , combining operating costs (seed, fertilizer, chemicals, fuel, repairs) with allocated overhead (hired and unpaid labor, machinery, land opportunity cost, taxes, insurance and general farm overhead) (USDA ERS Commodity Costs and Returns).

That single total masks a wide spread by farm, driven by scale, yield, land cost and management. Regional budgets show it: the University of Illinois 2026 budgets put total non-land costs for corn after soybeans between $789 and $819 per acre across Illinois regions, before any land cost.

Why the Range Matters More Than the Average

A single average cost per acre invites the wrong comparison. If your cost per bushel sits well above your local average, the gap is usually land cost, yield drag or high fixed costs spread over too few acres — rarely seed price alone.

Getting a More Detailed Breakdown

ERS itemises seed, fertilizer, chemicals, custom services, fuel, repairs and labor separately for each year and region. To build your own budget, start from the U.S. or regional rows at ers.usda.gov/data-products/commodity-costs-and-returns (USDA ERS Commodity Costs and Returns), which are revised as survey data is finalised.

How Much Do Farmers Make Per Acre of Corn

Profit per acre is gross revenue minus total cost per acre. Using the 2024 USDA figures: 179.3 bu/acre × $4.35/bu = $779.96 per acre in gross revenue , against $878.31 per planted acre in total cost . That nets out to roughly −$98 per acre at the national-average yield, price, and cost level for the 2024 crop year — a loss, not a profit, once full overhead is counted. ERS’s own calculation, using its survey yield and harvest-time price, gives −$120.34 per acre. So the honest answer to “how much do farmers make per acre of corn” is: at the national average in 2024, nothing after full costs, and your result depends on your own yield and cost.

Profit From 100 Acres of Corn Per Acre

Scaling per-acre figures to a 100-acre block is simple multiplication, and it is useful precisely because fixed costs (equipment ownership, land payments, insurance) don’t divide evenly at small scale — a 100-acre example makes the per-acre numbers concrete without requiring a full farm-level budget.

At the 2024 national-average figures: 100 acres × 179.3 bu/acre = 17,930 bushels of corn. At $4.35/bu marketing-year average price, that is $77,996 in gross revenue from 100 acres. Against $878.31/acre in total cost ( $87,831 for 100 acres ), the national-average outcome was a loss of roughly $9,835 across the 100-acre block , or about −$98 per acre, matching the per-acre figure above.

Operating costs alone were $434.66 per acre in 2024, or $43,466 for 100 acres, so the same block covered its cash inputs with about $34,500 to spare. The loss appears only once land, machinery and unpaid labor are charged. So a farm’s cash margin and its full-cost margin can point in opposite directions in the same year.

Bushels Per Acre and the Break-Even Calculator

Every profit-per-acre number above starts from three inputs a grower already knows for their own field: expected yield in bushels per acre, expected or contracted price per bushel, and total cost per acre. The calculator below runs that math directly, so you can substitute your own numbers instead of the 2024 national averages used throughout this article.

This calculator assumes total cost per acre is already known or estimated by the user — it does not itemize seed, fertilizer, or land separately, and it does not account for crop insurance indemnities, government program payments, or basis (the difference between your local cash price and the national marketing-year average). Defaults are pre-filled with the 2024 USDA NASS and USDA ERS national-average figures cited in this article; replace them with your own farm’s numbers or next season’s USDA release for a current estimate.

How Farm Technology Moves the Margin

Given a roughly $98-per-acre national-average loss at 2024 figures, the lever available to most growers is not the market price — which is set nationally — but the cost side and the yield side, both of which respond to management decisions made field by field.

Where Precision Tools Fit

• Variable-rate input application: Applying fertilizer and seed at rates matched to zone-level soil and yield potential, rather than a flat farm-wide rate, targets the input-cost side of the equation directly.
• Satellite crop health monitoring: NDVI-based monitoring, such as the tools on Farmonaut’s platform, flags in-season stress (nutrient deficiency, water stress, pest pressure) early enough to intervene before it shows up as yield loss at harvest — protecting the revenue side of the per-acre equation.
• AI-driven advisory: Farmonaut’s Jeevn AI advisory and large-scale farm management platform translate field-level satellite and weather data into specific input-timing recommendations, rather than requiring a grower to interpret raw imagery.
• Carbon and sustainability tracking: Carbon footprint monitoring is increasingly tied to premium grain contracts and sustainability-linked buyer programs, adding a potential revenue line beyond the base commodity price.

None of this changes the fundamental arithmetic in the calculator above — it changes which inputs you plug into it. A farm that lowers its per-acre cost by even $50 through tighter input targeting, without giving up yield, moves from the calculator’s loss column into its profit column at 2024’s national-average price and yield.

Risk Management Alongside Cost Control

Cost control only protects margin if revenue is also protected against loss events. Two tools growers commonly pair with input-cost management:

• Crop insurance with satellite verification: Farmonaut’s crop loan and insurance platform uses satellite data to support faster claim verification after weather or pest losses.
• Forward contracting and hedging: Locking a portion of expected production into a forward contract ahead of harvest reduces exposure to the kind of price swing that moved the marketing-year average from year to year.

Farmonaut Tools for Cost and Yield Tracking

Tracking the inputs that feed the calculator above — yield potential by zone, input timing, and field-level stress — is easier with field-level data rather than farm-wide averages. Farmonaut’s tools apply to that tracking directly:

• Satellite crop monitoring: Farmonaut provides NDVI-based crop health tracking at the field level, useful for spotting yield-limiting stress before harvest.
• AI advisory: Jeevn AI converts that field data into specific fertilizer, irrigation, and pest-management timing recommendations.
• Traceability: Product traceability tools support buyers and contracts that require documented production history.
• Fleet management: For larger operations, Farmonaut’s fleet management service tracks machinery use and reduces operational cost per acre.
• API access: Businesses building their own cost or yield-tracking tools can integrate directly via the Farmonaut API, documented in the API developer docs.

FAQ

Q1: What is corn seed cost per acre?

USDA ERS puts U.S. average seed cost at $111.33 per planted acre for 2024 and $111.11 for 2025 (USDA ERS Commodity Costs and Returns). University of Illinois 2026 budgets range from $116 to $132 per acre by region (farmdoc). For your own budget, use your dealer’s price per unit at your planned seeding rate (typically 28,000–36,000 seeds per acre).

Q2: What is the input cost per acre of corn?

Total costs were $878.31 per planted acre for the 2024 crop year, per USDA ERS, of which operating costs were $434.66.

Q3: How much do farmers make per acre of corn?

At 2024’s national-average yield (179.3 bu/acre) and price ($4.35/bu), gross revenue was about $780/acre against $878.31/acre in total cost — a national-average loss of roughly $98/acre. Use the calculator above with your own yield, price, and cost figures for your specific outcome.

Q4: What is the profit from 100 acres of corn per acre?

Multiply your per-acre profit or loss by 100. At 2024 national-average figures, that was a loss of roughly $9,835 across 100 acres (about −$98/acre) on a full-cost basis, while revenue still covered operating costs by about $34,500.

Q5: How is bushels per acre used in a corn profit calculation?

Bushels per acre (yield) multiplied by price per bushel gives gross revenue per acre; subtracting total cost per acre gives profit or loss per acre. National average yield was 179.3 bu/acre for 2024, per USDA NASS. Use the break-even calculator above to test your own yield against your own cost and price.

Q6: Where can I find next season’s figures once they’re published?

USDA NASS Quick Stats (quickstats.nass.usda.gov) publishes prices received by month; USDA ERS’s commodity costs-and-returns pages update cost-per-acre data annually after harvest; USDA’s WASDE report updates season-average price forecasts monthly, 8–10 days after month-end.

Conclusion and How to Refresh These Numbers

The durable part of this article is not the $878.31 figure or the $4.35 price — both will move every year. It’s the method: gross revenue per acre (yield × price) minus total cost per acre equals your margin, and for most farms that margin is a cost-structure and yield-management question, not a seed-brand question.

To keep this analysis current for your own operation: pull the newest USDA NASS Crop Production report for updated national yield, the newest USDA NASS Agricultural Prices release for the current marketing-year price, and the newest USDA ERS commodity costs-and-returns release for seed and total cost. Run all three through the calculator above in place of the 2024 defaults to see where your farm’s numbers land against the national picture.

To track your own field-level cost and yield data season to season, download the Farmonaut app or explore API integration: Farmonaut Web App