Crop production economics are formed long before machinery enters the field. Even before purchasing seeds, fertilizers, and crop protection products, the farm needs to assess future costs per hectare, realistic yield, possible selling price, and post-harvest costs. This calculation shows how much capital needs to be invested at the start and what financial result can be obtained under different seasonal conditions.
The preliminary model also allows comparison of several crops using the same methodology. A high yield forecast alone says little about the financial result if the technology requires significant costs for fertilizers, crop protection products, fuel, drying, or logistics. Therefore, it is advisable to plan the crop structure taking into account cost, expected margin, risks, and working capital requirements.
What Costs Make Up Crop Production Cost?
The first stage of calculation involves forming a complete budget per hectare. For this, it is convenient to use a technological map in which each operation is linked to specific resources: seeds, fertilizers, preparations, fuel, machinery, and labor.
Crop production economics in such a calculation should cover all costs that the farm will incur from field preparation to product sales. The main items include:
- seeds and other planting material;
- mineral and organic fertilizers;
- crop protection products;
- fuel and lubricants;
- labor costs;
- land rent;
- depreciation, repair, and maintenance of machinery;
- third-party machinery services;
- crop drying and cleaning;
- product storage;
- transportation;
- other operating costs related to the production cycle.
For comparing different crops, it is convenient to first determine crop production costs in UAH/ha. This format shows how much capital needs to be invested in each hectare and what total budget will be needed for the planned area.
After determining the expected yield, costs can be converted to hryvnias per ton. This indicator is convenient to compare with the projected selling price. The greater the difference between the selling price and the full cost per ton, the greater the potential financial cushion the crop has.
For example, two crops may require the same UAH 30,000/ha at the production stage, but differ significantly in post-harvest costs. If one requires intensive drying and long-term storage, its actual budget will be higher.
How to Calculate Production Cost per Hectare and per Ton
To calculate per hectare, you need to sum all planned costs allocated to the corresponding area. Suppose the farm is preparing a budget for a hypothetical grain crop. All figures below are used solely to demonstrate the methodology.
A hypothetical cost structure might look like this:
| Item | Estimated Costs, UAH/ha |
| Seeds | 4 000 |
| Fertilizers | 8 000 |
| Crop Protection Products | 4 500 |
| Fuel and Field Operations | 4 000 |
| Labor | 2 000 |
| Repair, Depreciation, and Maintenance | 2 500 |
| Other Production Costs | 5 000 |
| Total | 30 000 |
Thus, the production cost per hectare in this hypothetical example is UAH 30,000.
The next indicator depends on yield. If the farm plans to obtain 6 t/ha, the calculation will be as follows:
UAH 30,000/ha ÷ 6 t/ha = UAH 5,000/t.
The resulting UAH 5,000/t shows the production cost under the assumed conditions. If actual yield decreases to 5 t/ha with an unchanged budget, the indicator will rise to UAH 6,000/t. At a yield of 4 t/ha, it will already be UAH 7,500/t.
This clearly shows the relationship between yield and financial result. A significant portion of costs has already been incurred during the season, so yield shortfall increases the amount of costs allocated to each ton obtained.
During preliminary budgeting, logistics, drying, cleaning, post-harvest processing, storage, and machinery repair are often underestimated. Financial costs should also be included in the calculation if they arise in the specific farm model. Therefore, it is advisable to refine production cost several times during the season according to actual costs.
How to Calculate Crop Revenue, Profit, and Profitability
After forming the budget, you can proceed to forecasting the financial result. This requires two additional indicators: expected yield and projected selling price.
The basic formulas are as follows:
Revenue per hectare = yield × selling price.
Profit per hectare = revenue per hectare − costs per hectare.
Profitability = profit ÷ costs × 100%.
Let us continue the previous hypothetical example. Costs are UAH 30,000/ha, expected yield is 6 t/ha. For the calculation, we will use a hypothetical selling price of UAH 7,500/t.
Revenue:
6 t/ha × UAH 7,500/t = UAH 45,000/ha.
Projected profit:
UAH 45,000 − UAH 30,000 = UAH 15,000/ha.
Profitability:
UAH 15,000 ÷ UAH 30,000 × 100% = 50%.
Thus, under these conditions, production profitability will be 50%. For an area of 1,000 ha, the hypothetical production budget would equal UAH 30 million, projected revenue UAH 45 million, and estimated profit before accounting for other costs not included in the model UAH 15 million.
The completeness of the initial budget determines the correctness of the result. If, for example, drying and delivery of products to the buyer were not included in the UAH 30,000/ha, actual profit will be lower.
Higher yield also does not guarantee better margin. A crop may provide significant gross harvest but require more expensive technology, more machinery passes, additional drying, or more expensive logistics. Therefore, crop production profitability should be compared based on the complete financial result.
Why Should Profitability Be Calculated Using Multiple Scenarios?
One yield forecast and one expected price create too narrow a picture. By the time of sales, weather conditions, yield, resource prices, post-harvest costs, and market product prices may change. Therefore, before the season, it is advisable to form at least three scenarios.
Let us continue the hypothetical example with costs of UAH 30,000/ha:
| Scenario | Yield | Estimated Price | Revenue per Hectare | Profit per Hectare | Profitability |
| Pessimistic | 4 t/ha | UAH 6,500/t | UAH 26,000 | UAH -4,000 | -13,3% |
| Base | 6 t/ha | UAH 7,500/t | UAH 45,000 | UAH 15,000 | 50% |
| Optimistic | 7 t/ha | UAH 8,000/t | UAH 56,000 | UAH 26,000 | 86,7% |
All figures in the table are hypothetical. They demonstrate how much the result changes with simultaneous fluctuation of two parameters.
In the pessimistic scenario, the crop already generates a loss of UAH 4,000/ha. For an area of 1,000 ha, such a deviation would mean minus UAH 4 million relative to full coverage of the costs included in the example. The base scenario provides a financial cushion, while the optimistic scenario significantly increases the margin.
Scenario analysis can be detailed even further. For example, separately check what happens with base yield and lower price, or with lower yield and base price. This way, the farm sees which parameter has a stronger impact on the result.
If you need to determine how to calculate profitability before the season, the scenario approach provides much more information for decisions regarding crop structure. It shows the range of possible results and allows assessment of the risk of working capital deficit under unfavorable conditions.
How to Determine the Break-Even Point for Crop Production?
The break-even point shows the threshold at which revenue obtained covers the costs included. For an agricultural producer, it is convenient to determine it in two variants: through minimum yield or minimum selling price.
In our hypothetical example, costs are UAH 30,000/ha, and the projected price is UAH 7,500/t.
Minimum yield:
UAH 30,000/ha ÷ UAH 7,500/t = 4 t/ha.
Thus, at this price, you need to obtain at least 4 t/ha to cover UAH 30,000 in costs per hectare.
The second calculation variant is used when the farm has a yield forecast and wants to determine the minimum acceptable selling price. With an expected 6 t/ha:
UAH 30,000/ha ÷ 6 t/ha = UAH 5,000/t.
Under the given conditions, UAH 5,000/t becomes the calculated break-even price. Sales above this threshold will generate a positive result, provided that the initial UAH 30,000 includes all costs that the farm accounts for in the model.
Additionally, you can determine the financial safety margin by yield. The base forecast is 6 t/ha, and the break-even yield is 4 t/ha. The difference equals 2 t/ha, or approximately 33.3% of the projected yield. This shows how much the yield can decrease before reaching the calculated break-even threshold at an unchanged price.
How to Compare the Economics of Growing Several Crops Before the Season?
Comparing only expected profit per hectare may give an incomplete picture. Two crops with similar margins can differ significantly in start-up capital requirements, timing of field operations, machinery load, and post-harvest costs.
For each crop, it is advisable to follow the same algorithm:
- Calculate costs per hectare according to the technological map.
- Determine realistic yield based on the capabilities of the specific farm.
- Include several selling price scenarios.
- Calculate revenue and profit per hectare.
- Determine profitability and break-even yield or price.
- Assess total working capital requirements for the planned area.
- Add costs for drying, cleaning, storage, and post-harvest logistics.
- Check the financial result under the pessimistic scenario.
After financial calculations, production constraints are taken into account. If two crops create peak machinery load in one period, this may increase the need for third-party services or delay field operations. Crop rotation, available storage capacity, drying capabilities, and sales timing matter.
Financing requirements are calculated separately. For example, if a crop requires a hypothetical UAH 30,000/ha, then for 1,000 ha you need to provide UAH 30 million according to items and the cost calendar. Part of this amount will be needed before planting to purchase seeds, fertilizers, and crop protection products; another part will be spent during the season.
It is only after forming the technological map and budget per hectare that the farm can assess the need for seasonal working capital. The ecosystem of integrated financial solutions for agribusiness WEAGRO combines online services for agricultural installment plans, invoice payments, and payment deferrals; WEAGROMARKET operates as a marketplace for agribusiness where goods can be purchased on installment; WEAGROBANK expands farmers’ access to financial products. This allows inclusion of available financing sources in the seasonal budget at the planning stage.
Preliminary calculation helps assess a crop immediately across several parameters: costs per hectare, cost per ton, potential margin, profitability, break-even yield, and working capital requirements. For planning crop structure, it is advisable to use several yield and selling price scenarios and check what happens to the financial result under unfavorable conditions.
More materials on planning seasonal costs, purchasing resources, and agricultural enterprise finance can be found in the WEAGRO blog. Subscribe so you do not miss interesting information!
