Last updated on July 30, 2025
Curious about corn farming profits in the U.S.? It’s complex. Nature, markets, and your choices all play a part. I’ve dug into the numbers and farmer experiences. Here’s the straight scoop.
How Much Profit Can You Make from 1 Acre of Corn?
Farmers typically net $50 to $150 per acre from corn in the U.S. But it’s a wild ride, swinging from losses over $100 per acre to profits exceeding $300 in a good year. That range is mind-boggling!
🔎 Quick Answer: Most U.S. corn farmers earn $50–$150 profit per acre, with losses or gains depending on yield, prices, and input costs.
Profit from one acre depends on yield, selling price, and total production costs. Think of it like baking: ingredient quality, your recipe, and cookie price dictate profit. Nobody wants unprofitable cookies!
High yields (220 bushels/acre) and a decent selling price ($5.50/bushel) with tight costs mean higher profits. That’s the dream. But drought or input price spikes can vanish profit fast. It’s frustrating how quickly things change. USDA reports and Reddit discussions consistently show this. This constant uncertainty makes farming high-stakes.
What’s the Average Yield, Revenue & Corn Price in the U.S.?
Let’s look at averages for a baseline. It’s like checking the weather forecast – helps you prepare.
National Average Yield (approx 177 bu/acre) & Revenue Examples
The national average corn yield in the U.S. has hovered around 177 bushels per acre recently (source: USDA). This isn’t guaranteed for every farm; weather, soil, and management play huge roles. You can do everything right and still get hit by a curveball. A farmer’s fate often rests with the elements. For a deeper dive into where corn thrives, explore where corn is primarily grown in the US.





Here’s a quick look at potential revenue:
| Yield (bu/acre) | Price ($/bu) | Gross Revenue ($/acre) |
|---|---|---|
| 177 (Avg) | $4.50 | $796.50 |
| 177 (Avg) | $5.50 | $973.50 |
| 200 (Good) | $5.00 | $1,000.00 |
| 220 (Excellent) | $6.00 | $1,320.00 |
Corn Price Range (Recent Between $4.10–$6.30/bu) and Trends
Corn prices are volatile. Recently, they’ve ranged between $4.10 and $6.30 per bushel. Swings come from global supply/demand, weather in major growing regions, and geopolitics. The market seems to have a mind of its own, doesn’t it?
A few years ago, prices soared. Then, a bumper crop or ethanol demand slowdown could send them tumbling. Farmers constantly walk a tightrope deciding when to sell. Talk about pressure! Farmers become market analysts, trying to guess the future—a tough job. Curious about recent market shifts? Learn why corn prices are falling in 2025 and how farmers can fight high input costs.
What Are the Real Costs to Grow Corn per Acre?
This is where the rubber meets the road. Understanding your costs is key to making money. You can’t profit if inputs bleed you dry!




Cost Categories: Seed, Fertilizer, Chemicals, Machinery, Labor, Land
Growing corn isn’t cheap. Costs pile up:
- Seed: Good genetics mean good yields. No cheaping out, unless you want weeds!
- Fertilizer: Essential for growth, often the largest variable cost. Like feeding a hungry teenager!
- Chemicals: Herbicides, insecticides, fungicides protect your crop. No one wants pests partying in their field.
- Machinery: Fuel, repairs, depreciation on tractors, planters, combines. A big one. Ever seen a new combine’s price tag? Eyes watering. Get a full breakdown of what equipment is needed for corn farming.
- Labor: Your time or hired hands. Farming is hard work, good help costs.
- Land: Huge expense, whether owned or rented. Prime farmland isn’t free.
Illinois Case: $5.82/bu rightarrow $1,300+/acre Production Cost
In Illinois, total corn production costs can exceed $1,300 per acre, meaning a break-even cost around $5.82 per bushel (source: farmdocdaily.illinois.edu). Sell for less, and you’re losing money on every bushel. Pretty shocking, right? It underscores razor-thin margins; every cent per bushel counts.
“It costs about $1,300 per acre ($5.80/bu) to grow corn in Illinois.”
What Net Returns Are Farmers Actually Getting?
Revenue, costs, now the moment of truth: net returns. This is your profit. It tells you if the hard work paid off.



National USDA & Reddit Insights ($53–$72 net/acre)
USDA data and Reddit suggest average net returns for corn range from $53 to $72 per acre (source: Reddit discussions, USDA reports). Not a fortune, is it? It shows how tight farming margins are. One Reddit farmer’s detailed breakdown showed slim net profit even with decent yields. You can almost feel their frustration. It’s a testament to dedication; not a get-rich-quick scheme.
Regional Figures: Kentucky ($105 net after rent), Illinois (profit/loss swings)
Regional differences are significant. Kentucky farmers have seen net returns around $105 per acre after $225 per acre in land rent (source: agecon.ca.uky.edu). Illinois, despite high productivity, sees big swings—good profits some years, losses others. A real rollercoaster!
2025 Projections: Central IL — $–89/acre Net Return
Future projections can be sobering. Central Illinois 2025 forecasts (source: farmdocdaily.illinois.edu, fcsamerica.com) project a net return of –$89 per acre after land rent. Yes, negative. Farming isn’t always big profits; sometimes it’s minimizing losses and surviving. Tough gig! These projections cast a long shadow, forcing tough planting and financial planning.
What Factors Drive Corn Profitability?
To make money, understand the levers. Like knowing which dials to turn on a complex machine.





Yield Influencers: Weather, Soil, Rotation
Yield is your biggest revenue driver. What influences it?
- Weather: The big kahuna. Too much rain, not enough, hail, early frost—any can decimate yields. The ultimate wildcard. You can pray for rain, but can’t make it fall! For insights on optimal planting times, check when to plant corn in Michigan.
- Soil Health: Good soil structure, organic matter, nutrients directly impact crop production. Healthy soil equals happy corn!
- Crop Rotation: Rotating corn with soybeans improves soil health, breaks pest cycles, and boosts corn yields. Like giving your soil a rest and nutrient boost. Smart farmers know this. Want to know more about companion planting? Discover what not to plant next to sweet corn and how to plant corn and beans together.
Input Price Volatility: Fertilizer Spikes, Seed Costs
Farmers sweat fertilizer prices. A sudden spike (due to global energy or supply chain issues) adds significant dollars to per-bushel cost. Seed costs are also substantial, investing in higher-yielding varieties. A constant battle to manage rising expenses. Enough to make you pull your hair out! This constant upward pressure on inputs means farmers always seek efficiency, even with tiny margins.
Corn Price Swings: Storage & Market Timing
Your corn’s price makes or breaks your year. Selling at the right time is crucial. Storing grain for a better price can pay off, but risks exist (storage costs, prices dropping). I heard one farmer lament, “I should’ve sold at $5.50; instead, I sold at $4.60 and lost $160/acre.” ([suspicious link removed]). Ouch! Tough lesson. It’s a high-stakes gamble every time a farmer decides to hold or sell, with real money on the line.
Land Cost: Ownership vs. Renting Impact
Owning land outright, paying a mortgage, or renting impacts net profit. Land rent, especially in prime areas, can be hundreds of dollars per acre, eating significantly into returns. A huge piece of the pie, isn’t it?




Yield, input costs, and market price are your key profit levers.
Profit Factors
To help visualize the key drivers of corn profitability, here’s a breakdown:
| Factor | Description | Impact on Profit |
|---|---|---|
| Yield | Bushels harvested per acre | Direct increase in revenue (more product to sell) |
| Market Price | Price received per bushel | Direct increase in revenue (higher value per bushel) |
| Input Costs | Seed, fertilizer, chemicals, fuel, etc. | Direct decrease in profit (higher expenses) |
| Land Costs | Rent or mortgage/taxes on farmland | Significant fixed expense, reduces net return |
| Management | Farming practices (e.g., no-till, precision ag) and sales strategy | Can optimize yield, reduce costs, and maximize price |
How Can You Increase Corn Profit per Acre?
What can a farmer do to tilt the odds? Play smart, not just hard.
No-till, Cover Crop, Precision Farming Anecdotes
Many farmers embrace practices improving efficiency and soil health:



- No-till farming: By disturbing the soil less, farmers can reduce fuel and labor. This can save an estimated $25–$35 per acre on fuel and labor costs alone (source: Midwest Extension data). One farmer swears they saved “X dollars per acre” switching to no-till. “Felt weird at first,” he told me, “but now I wouldn’t go back!” These aren’t just about saving a buck; they’re a long-term commitment to the land and adapting.
- Cover Crops: Planting rye or clover in the off-season improves soil health, reduces erosion, and cuts fertilizer needs over time. Like a spa day for your soil!
- Precision Agriculture: Using GPS, drones, and data to apply inputs (seed, fertilizer, chemicals) precisely. Minimizes waste, maximizes efficiency. Like a hyper-accurate map for your field. Who knew farming could be so high-tech? Consider the benefits of short stature corn for modern farming practices.
Sales Strategy: Forward Contracts, Storage, Ethanol Timing
Smart marketing is key. Grow the best corn, but if you sell it for peanuts, what’s the point?
- Forward Contracts: Selling anticipated crop before harvest at a guaranteed price locks in profits, reduces risk. Like a pre-order for your harvest.
- Storage: Holding grain can mean higher prices, but it’s a gamble. Feeling lucky?
- Ethanol Market Timing: Much U.S. corn goes to ethanol. Understanding demand trends influences selling decisions. Another puzzle piece.
Risk Reduction: Crop Insurance, Subsidies, Diversification
Farming is risky, so managing risk is vital:
- Crop Insurance: A lifesaver when yields are low due to weather. Won’t make you rich, but prevents financial ruin. Your farming seatbelt.
- Government Subsidies: Farm programs offer support, varying yearly. Every bit helps, right?
- Diversification: Planting other crops (like soybeans) or having other income streams spreads risk. Don’t put all your eggs in one basket!
Tip Box: Avoid overapplication of inputs; time marketing.
What’s the Risk Outlook & Break-Even for Corn Farming?
Understanding your break-even point is like knowing your financial safety net. The absolute minimum to stay afloat.



Break-even bu/acre Thresholds Under Different Prices/Costs
Your break-even yield is bushels per acre needed to cover costs. If costs are $1,300/acre and you sell at $5.50/bushel, you need ~236 bushels/acre to break even ($1300 / $5.50 approx 236). Harvest 200, and you’re in the red. One farmer noted a $5.71/bu price meant a ~220 bu/acre break-even (source: Reddit, agecon.ca.uky.edu). A number that keeps farmers up at night. The pressure to hit this, with so many variables, is immense and defines a farmer’s year.
2024–25 Economic Context: Surplus, Credit, Droughts
The economic landscape for farmers shifts constantly. Recent concerns: global grain surpluses, rising interest rates impacting operating loans, persistent drought in key regions. These macro factors directly influence profitability. Like navigating a ship in a changing storm.
Mitigation Tools: Insurance, Hedging
Beyond crop insurance, some farmers use futures contracts to lock in prices, protecting against market movements. Complex, but crucial for larger operations. Financial wizardry for your crops!
Real-Life Farmer Examples & Lessons
Hearing from real farmers puts numbers into perspective. Their stories are often the most telling.
Reddit’s $72/acre Case
I found a detailed Reddit discussion where a farmer broke down their year, showing a net profit of $72 per acre (source: Reddit). Not a banner year, but a profit. Their takeaway? Every penny saved on inputs, every bushel gained from good management, truly matters. You could almost hear their sigh of relief. This detailed accounting and shared experience is invaluable, showing the real grit behind the numbers.
Illinois Loss-to-Profit Swings via Seasoned Growers
Seasoned Illinois growers talk about “swing” years. One year, they might lose $50 or $100 an acre due to low prices or bad harvest. The next, with luck and smart decisions, they could pull in $200 or $300 an acre. A testament to resilience and the long-term view in agriculture. Not for the faint of heart!
Expert Quote: WSJ “farmers not celebrating” despite strong yield
Even with strong yields, profits can be elusive. As one expert in The Wall Street Journal (source: WSJ) said, “farmers are not celebrating” despite record yields, because low commodity prices often offset high production. High yield doesn’t automatically mean high profit. A bittersweet reality, isn’t it? This highlights the fundamental challenge: producing more doesn’t always guarantee a better living when market forces are at play.
Quick Calculator & Profit Simulator
Why Use Our Corn Profit Calculator?
Understanding your corn profit per acre is crucial for farm planning. Our corn farming profit calculator helps you quickly estimate potential earnings and corn net return based on your specific numbers. Whether you’re looking at corn yield per acre, fluctuating corn commodity prices, or managing corn production costs, this tool gives you a clear picture. Use it to analyze corn farming profitability, understand breakeven corn farming thresholds, and optimize your corn farming margins. It’s a vital tool for any farmer aiming to boost their corn farm ROI and make informed decisions about corn input costs.
Interactive Corn Profit Per Acre Calculator
Corn Profit Calculator
Estimate your potential **corn profit per acre** by adjusting yield, price, and various cost factors. Get a clear picture of your farm’s financial health!
Your Farm Inputs
Costs per Acre ($)
Your Profit Estimates
Break-Even Points:
Quick Insight:
Adjust your inputs to see estimated profitability.
Cost Breakdown
*All calculations are estimates. Actual results may vary based on market conditions, farm management, and other factors.





