The economics of growing winter crops are formed before the purchase of seeds, fertilizers, seed treatments, and fuel. Decisions regarding the area for winter wheat, barley, or rapeseed must be verified through a full budget per hectare, yield forecast, possible selling price, and a calendar of future expenses. For winter crops, the calculation covers two calendar years. The farm pays for part of the resources before sowing and in the autumn; spring top-dressing and protection require the next financial tranche, and funds from crop sales arrive after harvesting. Therefore, the preliminary model should show the cost, break-even point, margin, overwintering risk, and the need for money by specific periods.
What costs make up the economics of growing winter crops?
The initial document should be a technological map for a specific field or group of fields. In it, each operation is linked to the rate of seeds, fertilizers, PPPs, number of equipment passes, fuel, labor, and execution time. The cost of resources is fixed according to current supplier offers or contracts.
The full budget includes:
- seeds and seed treatments;
- base and starter fertilization;
- soil preparation and sowing;
- fuel and lubricants;
- labor costs;
- land rent;
- depreciation, repairs, and maintenance;
- autumn crop protection;
- spring top-dressing;
- spring-summer protection system;
- harvesting;
- drying and cleaning if necessary;
- storage and transportation;
- financial costs for attracting external resources.
Calculating only autumn operations will show the amount needed to enter the season but will not provide the full cost. A significant portion of costs arises after the resumption of vegetation and during harvesting. For winter rapeseed, the budget structure may also differ from the cost structure for wheat or barley due to a different technological map.
Organizational work can be synchronized with the harvest of the predecessor crop. The article on preparing for autumn sowing covers the planning of equipment, procurement, and field operations before the completion of harvesting.
How to calculate the cost of a winter crop per hectare?
The cost per 1 ha is determined by the formula:
Cost per 1 ha = sum of production and sales-related costs ÷ sowing area.
If the technological map is already formed per hectare, all items can be summed up without additional division. For demonstration, let’s take a hypothetical farm planning to sow 500 ha of winter wheat. The amounts provided show the methodology and are not market benchmarks.
| Item | Estimated Costs, UAH/ha | Per 500 ha |
| Seeds and seed treatment | 4 500 | 2 250 000 |
| Fertilizers in autumn | 7 000 | 3 500 000 |
| Soil preparation and sowing | 3 000 | 1 500 000 |
| Fuel | 2 500 | 1 250 000 |
| Spring top-dressing | 6 500 | 3 250 000 |
| Crop Protection Products | 4 000 | 2 000 000 |
| Harvesting | 3 000 | 1 500 000 |
| Logistics and post-harvest processing | 2 500 | 1 250 000 |
| Other costs | 2 000 | 1 000 000 |
| Total | 35 000 | 17 500 000 |
The “Other costs” section conventionally combines labor, rent, depreciation, repairs, and administrative expenses. In a real model, they need to be shown separately. If the farm uses its own equipment, its operation is also evaluated through fuel, depreciation, repairs, operator pay, and other related costs.
The cost of growing winter wheat in this example is 35,000 UAH/ha, and the total budget for 500 ha equals 17.5 million UAH. Actual costs for growing winter wheat depend on the region, predecessor, field condition, technology, resource application rates, own machine park, and crop sale conditions.
A detailed general methodology is contained in the material on the economics of growing a crop. For winter crops, the distribution of costs between autumn and spring, a reserve for overwintering, and possible reseeding should be added to the base model.
How to calculate the cost per ton and the break-even point?
The budget per hectare needs to be correlated with the projected yield. The same amount of costs results in a different cost per ton depending on the total harvest obtained.
The formula is as follows:
Cost per 1 t = costs per 1 ha ÷ yield, t/ha.
For a hypothetical cost of 35,000 UAH/ha, the result will change as follows:
| Yield | Cost per 1 t |
| 4 t/ha | 8,750 UAH/t |
| 5 t/ha | 7,000 UAH/t |
| 6 t/ha | 5,833 UAH/t |
If the yield decreases from 6 to 4 t/ha, each ton must cover a larger portion of the costs already incurred. Seeds are sown, fertilizers are applied, and equipment has performed operations, so a yield shortfall increases the cost per unit of product.
Break-even yield is calculated as follows:
Break-even yield = costs per 1 ha ÷ expected selling price per 1 t.
With a budget of 35,000 UAH/ha and a hypothetical price of 8,000 UAH/t, the farm needs to obtain:
35,000 ÷ 8,000 = 4.375 t/ha.
The break-even price is determined by reverse calculation:
Break-even price = costs per 1 ha ÷ expected yield.
With a forecast of 5 t/ha, the minimum price to cover the included costs is 7,000 UAH/t. If storage, financial costs, or delivery to the buyer were not included in the budget, the actual threshold will be higher.
How to account for overwintering and reseeding risks?
The financial cycle of winter crops includes a period when part of the costs has already been incurred, but the final state of the crops is still unknown. Insufficient moisture during sowing can cause uneven germination. Delays in field work shorten the autumn development period, and unfavorable winter conditions increase the risk of thinning or loss of part of the areas.
Risks that have direct economic consequences should be included in the model:
- delay in sowing dates;
- insufficient moisture in the seed layer;
- uneven or late germination;
- freezing, damping-off, and plant damage;
- partial reseeding of areas;
- additional spring protection;
- adjustment of top-dressing rates;
- increase in resource costs by spring;
- decrease in yield;
- change in the price of future products.
After overwintering, the agronomist evaluates the density, uniformity, viability of plants, and the potential of the crop. The financial model should allow for changing the yield forecast, spring budget, and reseeding area after such an inspection.
For a hypothetical 500 ha, a reserve for additional operations or reseeding of part of the areas can be provided. The farm determines its size based on its own history, field conditions, and the accepted level of risk. The reserve does not need to be automatically included in the actual cost if the money was not spent, but it must be available in the liquidity calendar.
How to calculate the profit and profitability of winter crops?
To forecast the financial result, yield, selling price, and total costs per hectare are used:
Revenue per 1 ha = yield × selling price.
Profit per 1 ha = revenue − total costs per 1 ha.
Profitability = profit ÷ costs × 100%.
A single forecast does not show the range of possible results. For a 500 ha farm, we will build three hypothetical scenarios, changing the yield, price, and, in the pessimistic version, spring costs.
| Scenario | Costs, UAH/ha | Yield | Price, UAH/t | Revenue, UAH/ha | Profit, UAH/ha | Profitability |
| Pessimistic | 37 000 | 4 t/ha | 7 000 | 28 000 | -9 000 | -24,3% |
| Base | 35 000 | 5 t/ha | 8 000 | 40 000 | 5 000 | 14,3% |
| Optimistic | 35 000 | 6 t/ha | 8 500 | 51 000 | 16 000 | 45,7% |
Under base conditions, the profitability of winter wheat is 14.3%. For an area of 500 ha, the calculated profit equals 2.5 million UAH. The pessimistic scenario results in a loss of 4.5 million UAH for the entire area, as yield and price decrease simultaneously while costs increase.
Such a comparison shows the financial resilience margin of the crop. If the base result is close to the break-even point, even a moderate deterioration of two parameters can turn the season into a loss. The cost of winter crops needs to be updated after sowing, resumption of vegetation, completion of main treatments, and harvesting.
How much money is needed in autumn, and how much should be left for spring?
A total budget of 17.5 million UAH does not yet show when the farm will need the funds. For this, costs are distributed by technological periods. Such a calendar allows for identifying the months with the greatest load on liquidity.
A hypothetical distribution for 500 ha might look like this:
| Period | Costs, UAH/ha | Total requirement |
| Before sowing | 17 000 | 8,500,000 UAH |
| Autumn after sowing | 1 500 | 750,000 UAH |
| Spring | 9 500 | 4,750,000 UAH |
| Before and after harvesting | 7 000 | 3,500,000 UAH |
| Total | 35 000 | 17,500,000 UAH |
The first period includes seeds, seed treatment, base fertilizers, soil preparation, fuel, and sowing. In the spring, the main load is formed by top-dressing, PPPs, and field work. The final block covers harvesting, transportation, post-harvest processing, and preparation of the crop for sale or storage.
Suppose a farm has 14.5 million UAH of its own funds and maintains a 2 million UAH operating reserve. 12.5 million UAH can be directed to the production cycle. With a total budget of 17.5 million UAH, the projected deficit is 5 million UAH, with most of it arising in the spring and before harvesting.
Agribusiness financial planning must consider the month the deficit occurs, the minimum cash balance, and inflows from other crops or farm sectors. Financial resources available in the autumn may be needed for the parallel harvesting of late crops, equipment repairs, and current payments.
How to plan resource procurement and sowing financing?
After approving the area and technological map, the farm can form specifications for seeds, fertilizers, seed treatments, and PPPs. For each item, the quantity, delivery time, payment date, storage conditions, and possibility of replacement are determined. Such detail reduces the risk of urgent procurement during field work.
Before concluding contracts, you need to check:
- the area under each crop;
- sowing rates and seed requirements;
- planned rates for fertilizers and PPPs;
- actual prices and supplier terms;
- the amount of costs before sowing;
- spring cost forecast;
- available own funds;
- minimum liquidity reserve;
- the amount of financial deficit;
- dates when additional resources will be needed.
Procurement of seeds, PPPs, and fertilizers must correspond to the technological need and the field work calendar. The material on procurement of seeds, PPPs, and fertilizers covers the economic conditions of early contracts and planning agro-resources before peak demand.
Sowing financing is included in the model along with the repayment schedule and full cost. First, the farm determines a justified budget and the size of the deficit, after which it compares available instruments. Future payments must correspond to the forecast of inflows from crop sales and other sources.
WEAGRO offers agribusinesses the purchase of goods with split payments or a payment at the end of an agreed term. The current page indicates a term of up to 12 months, application approval within 30 minutes, and an amount up to 5 million UAH per contract. Availability and schedule are determined after reviewing a specific application.
Checklist Before Sowing Winter Crops
The preliminary model should combine technology, economics, and the cash flow calendar. The following order can be used for preparation:
- Determine the area for each winter crop.
- Prepare a technological map for a field or group of fields.
- Calculate total costs per hectare.
- Distribute the budget between autumn, spring, and the harvesting period.
- Determine a realistic yield.
- Calculate the cost per ton.
- Find the break-even yield.
- Determine the minimum selling price.
- Build pessimistic, base, and optimistic scenarios.
- Provide a reserve for unfavorable overwintering and reseeding.
- Calculate the working capital requirement by month.
- Determine the portion of procurements the farm will pay for with its own funds.
- Find a source to cover the projected deficit.
- Update the model with actual costs throughout the season.
After sowing, the calculation is adjusted for actual costs of seeds, fertilizers, fuel, and field operations. In the spring, the results of crop inspection, an updated top-dressing and protection plan, and possible reseeding are entered into the model. After harvesting, actual yield, post-harvest processing costs, logistics, and selling price are added.
The decision on the winter crop area should be made after evaluating the entire cycle from field preparation to crop sale. The farm needs a budget per hectare, cost per ton, break-even point, profitability forecast, and a calendar of funding requirements. A significant portion of resources must be ordered in the autumn, so sources to cover the future deficit are determined before the start of field work.
