How to Calculate Crop Profit per Acre in India: Input Costs, MSP, and Net Returns (2026-27)
A wheat farmer selling at the ₹2,425 MSP earns ₹38,250–52,000 in net profit per acre — but only if every input cost is counted honestly. Most farmers know their revenue and forget half their costs, which is exactly why calculating crop profit per acre India 2026 the right way changes which crop you should sow and how much you truly take home.
This guide gives you the crop profit formula, the full 2026-27 MSP rates, a complete input-cost breakdown, and three worked examples for wheat, paddy and tur farmers. Run your own numbers on CalcDesk’s free Crop Profit Calculator, and explore every farming tool in the India Life calculator hub.
What “Crop Profit per Acre” Really Means
Crop profit per acre is your net return on one acre after every cost of growing and selling the crop. It is not the same as the price you get at the mandi — that is revenue. The regulatory backbone that supports your revenue is the Minimum Support Price (MSP), recommended by the Commission for Agricultural Costs and Prices (CACP) and approved by the Cabinet Committee on Economic Affairs (CCEA). MSP applies to farmers growing the 22+ notified crops.
The most common misconception is that a high mandi price means high profit. It does not, if your input costs are high. A ₹50,000-per-acre revenue with ₹35,000 costs is worse than a ₹45,000 revenue with ₹15,000 costs. True profitability comes from the gap between revenue and total cost — and that gap is what a proper calculation reveals.
The Crop Profit Formula
Net Profit per Acre
Total Input Cost = Seed + Fertilizer + Pesticide + Irrigation
+ Labour + Machinery + Transport
Net Profit per Acre = Gross Revenue − Total Input Cost
Profit for holding = Net Profit per Acre × Total Acres
Every cost head matters. Build each one accurately with the Farm Input Cost Calculator and the Fertilizer Cost Calculator, then confirm your MSP realisation with the MSP Income Calculator.
Table 1 — Crop-wise MSP 2026-27 & Per-Acre Revenue at Average Yield
| Crop | MSP 2026-27 (₹/qtl) | Avg yield (qtl/acre) | Revenue/acre |
|---|---|---|---|
| Paddy Common | ₹2,441 | 20 | ₹48,820 |
| Wheat (rabi 25-26) | ₹2,425 | 20 | ₹48,500 |
| Maize | ₹2,410 | 22 | ₹53,020 |
| Bajra | ₹2,900 | 10 | ₹29,000 |
| Tur/Arhar | ₹8,450 | 6 | ₹50,700 |
| Soybean | ₹5,708 | 8 | ₹45,664 |
| Groundnut | ₹7,517 | 7 | ₹52,619 |
| Cotton Medium | ₹8,267 | 5 | ₹41,335 |
Table 2 — Input Cost Breakdown per Acre: Wheat vs Paddy
| Cost head | Wheat | Paddy |
|---|---|---|
| Seed | ₹1,200 | ₹1,000 |
| Fertilizer (Urea+DAP+MOP) | ₹4,000 | ₹4,500 |
| Pesticide / herbicide | ₹1,200 | ₹1,800 |
| Irrigation | ₹2,500 | ₹4,000 |
| Labour (sowing + harvest) | ₹4,000 | ₹5,500 |
| Tractor / machinery | ₹2,500 | ₹2,500 |
| Transport to mandi | ₹800 | ₹800 |
| Total per acre | ₹16,200 | ₹20,100 |
Paddy costs more per acre mainly because of higher irrigation and labour. This is why net profit, not revenue, decides which crop is truly better for your land and water availability.
Worked Example 1 — Wheat Farmer, Haryana (2 Acres)
Base case, average inputs, MSP realisation
Yield: 21 qtl/acre. Price: ₹2,425 MSP. Revenue/acre = 21 × ₹2,425 = ₹50,925.
Input cost/acre: ₹16,200 (from Table 2). Net profit/acre = ₹50,925 − ₹16,200 = ₹34,725.
For 2 acres: ₹69,450 net profit for the season. Selling reliably at MSP through a government procurement centre is what secures this margin — in the open market at ₹2,200, profit would drop by ₹4,725 across the holding.
Worked Example 2 — Paddy Farmer, Uttar Pradesh (1 Acre, Intensive)
High-input cultivation, edge case
Yield: 24 qtl/acre (intensive). Price: ₹2,441 paddy common MSP. Revenue = 24 × ₹2,441 = ₹58,584.
Input cost: higher at ₹23,000 (extra fertilizer, pesticide, irrigation for intensive yield). Net profit = ₹58,584 − ₹23,000 = ₹35,584.
Note: pushing yield from 20 to 24 quintals added ₹9,764 revenue but ₹2,900 extra cost — worthwhile here, but only because MSP procurement absorbed the extra output. Intensive cultivation pays only when you can sell all of it.
Worked Example 3 — Tur (Arhar) Farmer, Maharashtra (3 Acres)
MSP vs open market, high-value pulse
Yield: 6 qtl/acre. MSP: ₹8,450/qtl (up ₹450 this year). Revenue/acre at MSP = 6 × ₹8,450 = ₹50,700.
Input cost/acre: ₹14,000 (pulses need less fertilizer, fix their own nitrogen). Net profit/acre = ₹36,700. For 3 acres = ₹1,10,100.
Open-market check: if the market pays only ₹7,600 (below MSP, common for pulses with weaker procurement), revenue/acre falls to ₹45,600 and profit to ₹31,600/acre — ₹15,300 less across the holding. This gap is why NAFED procurement of pulses at MSP matters so much for tur growers.
Understanding A2+FL and C2 Cost of Cultivation
When the government sets MSP, it references a specific cost concept, and understanding it sharpens your own profit maths. The CACP calculates three cost levels. A2 is all paid-out costs — seed, fertilizer, pesticide, hired labour, fuel, irrigation charges and so on. A2+FL adds the imputed value of family labour, recognising that your own and your family’s work has economic worth. C2 is the most comprehensive, adding rental value of owned land and interest on owned capital.
MSP is fixed at a minimum of 1.5 times the A2+FL cost, which is why the announced margins vary by crop — Moong carries about 61%, Bajra and Maize around 56%, Tur about 54%, and most others 50% over A2+FL. For your own calculation, the practical lesson is to always include family labour (the FL component). A profit figure that ignores your family’s effort looks healthier than it is. If your net return barely covers A2 but not A2+FL, the crop is effectively paying you below minimum wage for your own labour — a signal to reconsider the crop or improve efficiency.
Crop Diversification for Better Profit
Growing the same cereal every season maximises neither soil health nor profit. Diversifying — rotating cereals with pulses and oilseeds — improves per-acre returns in several ways. Pulses like tur, moong and urad fix atmospheric nitrogen, cutting the fertilizer bill for the following cereal crop by ₹1,500–3,000 per acre. They also carry high MSPs (tur at ₹8,450, urad at ₹8,200), so a pulse year can out-earn a cereal year on the same land while using less water.
Oilseeds such as soybean, groundnut and sunflower saw some of the largest MSP hikes for 2026-27 — sunflower up ₹622 and soybean up ₹380 per quintal — making them more attractive than before. The right mix depends on your soil, water and local procurement, but modelling two or three cropping patterns through the calculator, each with honest input costs, reveals which rotation delivers the best net profit per acre across the year rather than just the best single season.
Common Crop Profit Mistakes
- Ignoring family labour. Unpaid family work is a real cost. Omitting it overstates profit and hides that a crop may not be worth the effort.
- Forgetting transport and mandi charges. Getting produce to market and commission/weighing charges quietly eat ₹800–1,500 per acre that many never count.
- Assuming MSP is always realised. MSP is a floor only where procurement exists — strong for wheat and paddy, weaker for many pulses and oilseeds. Always model the open-market price too.
- Chasing yield without costing inputs. Extra fertilizer and water raise yield but also cost; profit only rises if the added revenue beats the added cost.
- Comparing crops on revenue, not profit. A high-MSP crop with high input needs can net less than a modest crop with low costs. Compare net profit per acre, every time.
Tips to Improve Your Crop Profit
- Use subsidised fertilizer efficiently. Soil-test-based application avoids over-buying — see the fertilizer subsidy guide for urea, DAP and MOP prices.
- Cut irrigation cost with micro-irrigation. Drip and sprinkler under PMKSY carry 50–75% subsidy and slash water and power costs per acre.
- Sell at MSP where procurement exists. Register at your procurement centre early; confirm current rates in the MSP 2026-27 guide.
- Choose crops for your water and soil, not just the highest MSP — pulses need less water and fix nitrogen, lowering fertilizer cost.
- Track every cost head with the calculator so your next sowing decision is based on real net profit, not a rough guess.
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