Poultry Farming Profit Calculator
Poultry farming looks simple from the outside: buy chicks, feed them, sell them. The profit hides in the details that beginners miss: mortality takes its cut before you sell a single bird, feed is usually the largest cost on the farm, and the gap between a 1.8 and a 2.4 feed conversion ratio can decide whether a batch makes money. This calculator models the two main poultry businesses separately, plus a simple mode for anything else.
Enter feed used in kilograms to get the feed conversion ratio (FCR), the key efficiency metric for broilers.
Monthly layer figures assume a 30-day month at steady production. Negative cost entries are treated as zero; the FCR rows appear only when feed used is entered.
Quick Answer
A 5,000-chick broiler batch at 5% mortality, 2.2 kg average weight and $3 per kg returns a $2,600 batch profit ($0.55 per bird, 8.29% margin) with a feed conversion ratio of 2.00. A 1,000-bird layer flock at 80% lay rate and $2 per dozen earns $23.33 per day, about $700 per month. Choose broiler, layer or simple mode in the calculator above and enter your own figures.
Key takeaways
- Mortality is a cost, not just a statistic: 5% on 5,000 chicks means 250 birds that ate feed and paid chick cost but bring zero revenue.
- Feed is the dominant expense, usually 60 to 70% of production cost, which is why the feed conversion ratio moves profit more than almost any other lever.
- Broilers and layers are different businesses: batches of meat sold by the kilogram versus daily egg revenue projected monthly.
- The tool reports profit and margin but not break-even price; the formula section shows the hand calculation from the same figures.
How to use the poultry farming profit calculator
Pick the farm type first, then fill in that panel. The results stay hidden until you calculate, and switching modes hides them again.
- Choose the farm type and currency: Broiler batch for meat birds sold by weight, Layer flock for egg birds, or Simple revenue minus costs for any other setup. The currency selector (USD, GBP, EUR, PKR, NGN, KSh) sets the money symbol in every figure.
- Broiler batch: enter chicks started, mortality percent, average live weight, sale price per kg, chick price, total feed cost and other costs. Add feed used in kilograms and you also get the feed conversion ratio. The worked example values are pre-filled.
- Layer flock: enter the number of birds, lay rate, price per dozen eggs, and daily feed and other costs for profit per day and per month.
- Simple: enter total revenue, feed cost, maintenance cost and other expenses for a straight net-profit figure.
Negative cost entries are treated as zero rather than errors, since a negative cost is a data-entry slip, not a business case. Impossible production figures are rejected with specific messages: mortality must be below 100 percent, lay rate cannot exceed 100 percent, and chicks started, weight, birds and revenue must all be positive.
Poultry profit formulas
Every mode follows the same skeleton, revenue minus costs, with the revenue side shaped to the business. Profit margin is (profit ÷ revenue) × 100 in all three modes.
Layer flock: eggs per day = birds × lay rate ÷ 100; dozens per day = eggs ÷ 12; revenue per day = dozens × price per dozen; profit per day = revenue − daily costs; monthly figures = daily × 30.
Feed conversion ratio (FCR): total feed used (kg) ÷ total live weight (kg). Lower is better.
Two honest limitations to know. Monthly layer figures multiply by a flat 30 days at steady production: real flocks have off days, and the tool does not model seasonality or price swings. And the tool does not output a break-even price, the minimum sale price that covers costs. Compute it by hand: break-even = total costs ÷ total live weight sold. On the worked example that is $28,750 ÷ 10,450 kg = $2.75 per kg, against the $3.00 sale price, so the batch survives a 25-cent price drop and no more.
Worked example: the 5,000-chick broiler batch
Start 5,000 chicks at 5 percent mortality with an average weight of 2.2 kg, selling at $3 per kg. Chick price $1.75, feed $18,000, other costs $2,000, and 20,900 kg of feed used. Those figures are pre-filled in the broiler panel.
The same tool, run on three more scenarios, produces the checks below. Every row is a real run of this calculator.
| Scenario | Revenue | Total costs | Profit | Margin |
|---|---|---|---|---|
| Broiler, excellent FCR (5,000 chicks, 2% mortality, 18,750 kg feed) | $49,000.00 | $27,000.00 | $22,000.00 | 44.90% |
| Broiler, high FCR (1,000 chicks, 10% mortality, 5,000 kg feed) | $5,400.00 | $12,500.00 | −$7,100.00 | −131.48% |
| Layer (1,000 birds, 80% lay, $2/dozen, $110/day costs) | $133.33/day | $110.00/day | $23.33/day | 17.50% |
| Simple ($10,000 revenue, $8,000 expenses) | $10,000.00 | $8,000.00 | $2,000.00 | 20.00% |
The layer row deserves a second look. 1,000 birds at 80% means 800 eggs a day, 66.7 dozen at $2 for $133.33 of daily revenue against $110 of daily costs: $23.33 a day, $700.00 a month. That 17.50% margin looks comfortable until you remember the flat-30-day assumption: a week of heat stress or a disease scare is not in the arithmetic.
Understanding feed conversion ratio
FCR measures how many kilograms of feed it takes to produce one kilogram of live bird: 2.0 means 2 kg of feed per 1 kg of bird. Because feed is the largest cost on most poultry farms, a small FCR improvement moves profit more than almost any other change. In the worked example, 20,900 kg of feed for 10,450 kg of bird gives an FCR of exactly 2.00.
The calculator grades the ratio on three bands: 1.8 or below is excellent, 1.8 to 2.2 is typical, and above 2.2 deserves investigation into feed wastage, feed quality, disease or heat stress. Those bands match industry reality: the National Chicken Council puts the U.S. commercial broiler average at 1.70 in 2025, so a small operation reading 2.0 is respectable but can tighten up. Feed typically accounts for 60 to 70% of production costs, which is why the ratio matters more than the chick price or the sale price in most batches.
What competing calculators miss
The tools in this space split into camps, and each leaves something on the table:
- Business-plan calculators (free-calculators.net's poultry business tool): deep on investment and project reports, with useful FAQ content on land needs and contract farming. But it is a planning instrument, not a quick profit check: no per-bird profit, no margin readout, no FCR, and mortality is a paragraph rather than a modeled input.
- Kenya-focused profit tools (leadafrik.com): broiler and layer profit with mortality modeled and an explicit break-even formula (total cost ÷ kilos sold). The gap is the efficiency side: no FCR readout, so you see the profit without the lever that moves it.
- Dedicated FCR calculators (calculatorshub.net): the ratio and nothing else, with a species benchmark table (broilers 1.5–1.8). Precise for what it does, but it never touches money: no revenue, no costs, no profit.
- Profitability guides (farmstandapp): strong narrative on why FCR moves the bottom line, with a worked feed-waste example. Not a tool at all: you read the analysis and still reach for your own spreadsheet.
- Spreadsheet business plans (startupbizglobal-style PDFs): full 10,000-bird economics with feeding phases and batch counts. Need downloading, and go stale the moment your feed price changes.
- The gap this page fills: batch economics and layer economics in one free tool, mortality modeled with the lost birds shown, profit per bird and margin on every mode, and the FCR computed and graded against industry bands, in six currencies. Break-even pricing is the one thing it does not do; the formula section shows the hand calculation.
One more honest boundary: this is a planning tool, not farm accounts. If the operation grows past a few thousand birds, a small business value calculator helps you think about what the farm itself is worth, and the beef profit calculator shows how the same revenue-minus-costs skeleton bends around another animal. Online sellers can sanity-check the retail side with the Shopify profit calculator.
Frequently asked questions
It can be, but margins are thin and swing with feed prices, mortality and the price buyers pay. The U.S. broiler sector produced $44.6 billion of value in 2025, yet a single batch can still lose money. Run your own numbers before buying chicks: if the batch profit is negative at realistic mortality, no amount of optimism fixes it.
Feed, usually by a wide margin: typically 60 to 70% of production costs in both broiler and layer operations. That is why the feed conversion ratio matters so much.
At or below 1.8 is excellent, 1.8 to 2.2 is typical, and above 2.2 deserves investigation. The U.S. commercial average was 1.70 in 2025, per the National Chicken Council, so a small operation reading 2.0 is respectable but has room to improve. The calculator computes FCR automatically when you enter feed used.
Every bird that dies consumed feed, chick cost and labor but brings zero revenue. At 5 percent mortality on 5,000 chicks you lose 250 birds before sale. Cutting mortality from 10% to 5% saves 250 chicks’ worth of cost.
Start with a number you can house, feed and monitor properly while you learn. A few hundred birds teaches the business; scale up only after you can keep mortality low and FCR in range on a small flock.
It depends on your market. Per-kilogram pricing rewards heavier birds; per-bird pricing is simpler but hides weight differences. This calculator prices by the kilogram, so if your market pays per bird, divide your per-bird price by your average weight to get the equivalent per-kg figure and enter that instead.
Typically 5 to 6: a cycle runs 6 to 8 weeks plus cleaning time between batches. Multiply one batch profit by your batch count for the yearly figure.
No. The tool reports profit, profit per bird, and margin, but not the minimum sale price that covers costs. Compute it by hand: divide total costs by total live weight sold. On the worked example that is $28,750 ÷ 10,450 kg = $2.75 per kg, against a $3.00 sale price.
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References
- National Chicken Council. U.S. Broiler Performance, 1925 to Present (2025: market age 47.5 days, market weight 6.63 lb, feed-to-meat gain 1.70, mortality 5.95%). Accessed October 23, 2026.
- U.S. Department of Agriculture, National Agricultural Statistics Service. Poultry – Production and Value, 2024 Summary (combined broiler, egg, turkey and chicken value $70.2 billion; 9.33 billion broilers; 61.1 billion pounds live weight). Accessed October 23, 2026.
- University of Maryland Extension. Backyard Broiler Flock Economics: What Does It Cost to Produce Chicken Per Pound of Meat? (10-bird budget with 10% mortality, $3.54 total cost per pound of carcass weight). Accessed October 23, 2026.
- Food and Agriculture Organization, AGRIS. Feed Efficiency Measures and Their Relationships with Production and Meat Quality Traits in Slower Growing Broilers (feed consumption accounts for the major cost of broiler production; improving feed utilization is a primary breeding goal). Accessed October 23, 2026.
- Animals journal (PMC). Broiler Production Costs and Net Enterprise Income (itemized cost table: heating 25.39%, litter 13.23%, electricity 12.12%, medication 9.51% of variable cost; enterprise income per bird). Accessed October 23, 2026.
- U.S. Poultry & Egg Association. Economic Data (2025 summary: combined production value $81.7 billion; 9.40 billion broilers; 62.2 billion pounds live weight; broiler value $44.6 billion). Accessed October 23, 2026.