The harvest ledger · USD
Build a harvest budget
Use one harvest cycle. Replace the example with your own numbers.
Illustrative example
Your cycle estimate
The worked example is shown. Enable JavaScript to enter your own figures.
Check the highlighted fields to see an updated estimate.
After entered expenses, before income taxes and financing.
- Projected revenue
- $7,200.00
- Entered cycle expenses
- $3,500.00
72 oz × $100.00/oz = $7,200.00
See itemized expenses
- Labor
- $1,200.00
- Utilities
- $800.00
- Supplies and crop inputs
- $550.00
- Compliance and fees
- $250.00
- Other cycle expenses
- $700.00
- Saleable dry weight
- 72 oz 4.5 lb
- Operating margin
- 51.4%
- Cost per unit
- $48.61/oz $777.78/lb
What covers your costs?
- Price at this yield
- $48.62/oz
- Yield at this price
- 35 oz 2.19 lb
Break-even assumes costs stay fixed. Thresholds round up in each unit.
Read the ledger
How to calculate profit per harvest
Multiply the dry weight you expect to sell by the price you expect to receive, then subtract the expenses for that harvest. The result is an operating estimate for that cycle.
Saleable weight
Plants × dry oz per plant. Divide ounces by 16 for pounds. A wet harvest weight is only a starting point; exclude trim, rejects and flower you don’t expect to sell.
Projected revenue
Saleable ounces × dollars per ounce, or saleable pounds × dollars per pound. For a blended price across grades, divide their total expected sales by their total saleable weight.
Operating result and margin
Revenue − the five entered expenses. Divide that result by revenue for margin (undefined with no revenue). Divide expenses by saleable weight to get the cost per ounce or pound.
Break-even
Expenses ÷ saleable weight gives the required price. Expenses ÷ price gives the required weight. If costs change with volume, enter the new costs before judging that case.
Follow the example
24 plants × 3 saleable oz = 72 oz (4.5 lb). At $100/oz ($1,600/lb), revenue is $7,200. Subtract $3,500 of costs for $3,700 in operating profit. At that yield it takes at least $48.62/oz to cover the costs in whole cents. Try $45/oz on the same example and the result becomes a $260 loss. These inputs illustrate the math; they are not typical prices, yields or costs.
The tool keeps full precision for calculations and rounds the display. If every expense is zero, it shows revenue and weight but leaves profit, unit cost and break-even unset.
Grow room startup cost versus cost per harvest
Keep buildout and equipment purchases in an opening budget. For this estimate, include recurring costs and only the depreciation or share of equipment you choose to allocate to this cycle. That allocation is a planning input, not a tax depreciation calculation.
Example. If you spread a $1,200 equipment purchase over 12 harvests, the cost is $100 per harvest. Add that $100 to Other cycle expenses alongside any rent or other costs you enter there. Keep the $1,200 in your separate startup budget.
The indoor grow room design guide can help identify equipment to price. Use the startup budget and cash runway planner for opening costs and monthly cash needs.
What this estimate leaves out
The result does not determine licensing eligibility, income or excise taxes, debt payments, capital investment, cash flow or annual profit. Include applicable operating fees and only the costs you want this cycle to bear. Leave taxes collected on behalf of a government out of revenue. Don’t enter a selling fee again if you already deducted it from the price.
Sales and payments may happen at different times. Crop losses, unsold inventory, pricing changes and downtime can make the year look different from a single harvest. Review the assumptions for your operation and jurisdiction before basing a decision on them.
Sources for the budgeting methods: University of Maryland Extension and University of Missouri Extension. Mass units: NIST Handbook 44.
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