Farm Break-Even Price Calculator
Calculate the minimum crop price you need to cover all fixed and variable production costs and determine your profit margin at current market prices.
Why break-even is the single most important number on a farm
For commodity producers (corn, soybeans, wheat, cotton), price is set by global markets. Farmers can’t raise prices — they can only manage costs. The break-even price tells you the minimum market price needed to cover your costs and avoid losing money on the crop.
Break-even price = Total cost per acre ÷ Expected yield per acre
If corn costs $600/acre to produce at 180 bu/acre, the break-even is $600 ÷ 180 = $3.33/bu. Above this, you’re profitable. Below, you’re losing money on every bushel.
The two cost categories
Fixed costs are incurred regardless of how much you produce — even if you plant nothing, you still pay:
- Land rent or ownership cost (interest on land debt, property tax)
- Equipment depreciation and interest
- Insurance (property, liability)
- Some labor (salaried farm manager)
- Crop insurance premiums
- Storage facility costs
Variable costs scale with what you plant and harvest:
- Seed
- Fertilizer (N, P, K, micronutrients)
- Chemicals (herbicides, fungicides, insecticides)
- Fuel and oil
- Hired labor
- Repairs and maintenance
- Custom hire (combine custom rates, trucking)
- Drying and storage costs
Typical 2024 corn production cost (Midwest cash rent ground)
| Category | Cost per acre |
|---|---|
| Seed | $130 |
| Fertilizer (N + P + K) | $190 |
| Chemicals | $80 |
| Fuel and oil | $35 |
| Repairs and maintenance | $55 |
| Custom hire and trucking | $20 |
| Hired labor | $25 |
| Crop insurance | $35 |
| Interest on operating loan | $30 |
| Variable cost subtotal | $600 |
| Cash rent (or land owner cost) | $290 |
| Machinery depreciation | $120 |
| Other fixed costs | $50 |
| Fixed cost subtotal | $460 |
| TOTAL | ~$1,060/acre |
At a 200 bu/acre yield, break-even = $1,060 ÷ 200 = $5.30/bu. The market often trades corn at $3.50-$5.50/bu, so margins are thin even in good years.
For comparison, the USDA reports average US cost of production around $4.50-$5.50/bu for corn in 2024. Farms with high-yield ground and owned land may break-even at $3.50/bu; high-rent ground or marginal land may need $6.00/bu.
The yield scenarios analysis
Break-even at three yield levels reveals risk:
| Scenario | Yield | Cost/Acre | Break-Even Price |
|---|---|---|---|
| Pessimistic (drought) | 130 bu | $1,060 (mostly fixed) | $8.15/bu |
| Average | 180 bu | $1,060 | $5.89/bu |
| Optimistic | 230 bu | $1,070 | $4.65/bu |
Notice how break-even price climbs dramatically when yields drop — fixed costs are spread across fewer bushels. A drought-stricken farmer with $1,060/acre of cost and 100 bu yield needs $10.60/bu just to break even. This is why drought years are financial disasters even at high prices.
Operating breakeven vs total breakeven
Two different “break-evens” matter:
- Operating (variable cost) break-even: covers variable costs only. Below this, the farm can’t afford to plant.
- Total break-even: covers all costs including fixed.
At the corn example: $600 ÷ 180 = $3.33/bu variable break-even, $1,060 ÷ 180 = $5.89/bu total break-even.
Short-term decisions: produce as long as price > variable break-even. You’re losing money on fixed costs anyway; revenue above variable cost helps cover them.
Long-term decisions: must cover total break-even or exit the crop. Year after year of “below variable cost” leads to abandoned acres.
Cash flow vs accrual break-even
A subtle but critical distinction:
- Cash break-even: includes only out-of-pocket expenses. Excludes depreciation. May be lower than accrual cost.
- Accrual break-even (full economic cost): includes depreciation (real cost of equipment wearing out).
A farmer can be cash-flow positive but losing economic value. Many small farmers operate this way for years, gradually losing the capital represented in older equipment that’s used up but never replaced.
Land rent — the biggest variable in many regions
Cash rent for cropland varies wildly:
- Iowa, Illinois prime ground: $250-$350/acre
- Indiana, Ohio average: $200-$280/acre
- Mississippi, Louisiana rice ground: $150-$200/acre
- Texas cotton ground: $50-$120/acre
- Nebraska irrigated corn: $250-$400/acre
- California row crop ground: $400-$1,500/acre+
- Northern Plains wheat ground: $50-$120/acre
Higher-yielding regions have higher rents — the rent captures most of the land’s productive premium. A farmer cash-renting Iowa ground for $300/acre needs ~25 bu more corn yield than dryland Texas to break even, just to cover the rent difference.
Hedging — locking in margins
Once you know your break-even, you can use markets to lock in a price floor:
- Forward contract: agree to deliver X bushels at Y price for harvest. Locks in price for that portion of expected yield.
- Hedge with futures: sell futures contracts on CBOT corresponding to your expected production. Removes price risk but doesn’t lock in basis (local vs futures difference).
- Options (puts): buy the right to sell at a strike price. Pay premium for downside protection while keeping upside.
Practical strategy: pre-sell 25-50% of expected production at known-profit prices, leave the rest open for market opportunities. Locking in profits beats hoping for higher prices.
Crop insurance — the safety net
Federal crop insurance is heavily subsidized (the government pays 50-60% of premiums) and operates at the county or farm level:
- Revenue Protection (RP): covers both yield and price risk
- Yield Protection (YP): covers yield only
- Coverage levels: 50% to 85% of historical average yield/revenue
A typical Midwest corn farmer pays $35-$60/acre for 75-85% revenue protection, providing meaningful insurance against drought + price crash combinations.
Marketing year average
The USDA publishes “marketing year average” prices for major commodities. These represent the average price farmers received across the entire marketing year. Knowing your break-even relative to MYA average prices helps benchmark whether your operation is competitive.
Recent corn MYA prices:
- 2020-21: $4.53/bu
- 2021-22: $6.00/bu
- 2022-23: $6.54/bu
- 2023-24: ~$4.65/bu
So the typical 2024 farmer with ~$5/bu break-even is at thin margins on 2023-24 crop sales.
Why farms still grow at thin margins
Despite tight margins, US farm acreage stays roughly constant. Several factors:
- Economies of scale: bigger operations spread fixed costs over more acres
- Off-farm income: most US farm households earn more from non-farm work than from farming
- Land appreciation: even unprofitable farming can be a real estate investment
- Crop insurance subsidies: provide a backstop against catastrophic loss
- Government programs (ARC, PLC): pay out when prices or revenues are very low
- Tax advantages: farming income gets favorable treatment
- Lifestyle preference: many farmers love the work, accept low returns
Worked example
A 500-acre Indiana corn farm:
- Total costs: $1,000/acre × 500 = $500,000
- Average yield: 195 bu/acre
- Expected production: 97,500 bu
- Break-even price: $500,000 ÷ 97,500 = $5.13/bu
- Current futures price: $4.85/bu
Result: at current prices, the farm loses $0.28/bu × 97,500 bu = $27,300 total, or $55/acre. Either prices need to rise, costs need to fall, or the farmer needs to plant a different crop next year.
Hedge analysis: if the farmer can forward-contract 40,000 bu at $5.20/bu (locking in profit on that portion), and the remaining 57,500 bu sell at average MYA price of $4.50, total revenue = $208,000 + $258,750 = $466,750. Loss reduced to $33,250 from $61,000 unhedged.
Bottom line
Break-even price = total cost ÷ expected yield. Know yours before planting. Run scenarios at different yield levels — pessimistic yields raise break-even sharply because fixed costs spread over fewer bushels. Use hedging to lock in profitable prices. Crop insurance is essential for catastrophic risk. US corn farmers typically break-even at $4.50-$5.50/bu; ground rent and yield quality drive most of the variation.