Container Farming Break-Even: About $55K Monthly Revenue in Year 1

Fixed costs $44.1K/mo Base overhead plus labor

Contribution margin 80% After variable costs

Break-even revenue $55.1K/mo Monthly revenue target

Break-even timing Month 14 Forecast ramp point

Break-even calculator

Test monthly revenue against direct variable costs and fixed monthly costs for a container farm.

Lean Base Full

Monthly revenue Use the monthly sales run rate before fixed costs. $ Early run Scaled run Variable expenses Include direct costs that move with output, like seeds, nutrients, water, power, packaging, and delivery. $ Tight costs Heavy costs

Money available to cover fixed costs $44,000 $55,000 revenue - $11,000 variable expenses

Margin ratio

80%

Covers fixed costs

Yes

Fixed monthly costs Use the monthly overhead that must be covered even if sales stay flat. $ Lean overhead Higher overhead

Break-even chart Revenue Total costs

Which crop operation expenses are fixed, and which move with sales?

Cost classification

Break-even gets shaky when fixed overhead is buried in crop margin. Deduct true variable items from revenue first, then divide fixed overhead by contribution margin, which is revenue left after variable costs.

Expense	Cost	Break-Even Treatment	Common Mistake
Admin office rent	Fixed	Include $2,500 per month in fixed overhead before calculating required sales.	Allocating rent to each crop and overstating crop-level margin.
Insurance, software, base marketing, and professional services	Fixed	Add $4,500 per month to fixed overhead: $1,000 insurance, $800 software, $1,500 marketing, and $1,200 professional services.	Treating recurring admin spend as optional until cash gets tight.
Land lease	Fixed	Use $1,000 per month in the first year: 0.2 hectare × $5,000 per hectare per month.	Missing lease expense because no land is owned or purchased.
Seeds, nutrients, and water	Variable	Deduct 5.0% of revenue before contribution margin in the first year.	Putting inputs below break-even and overstating margin.
Packaging materials	Variable	Deduct 3.0% of revenue before fixed overhead recovery in the first year.	Using a flat monthly amount even when harvest volume changes.
Electricity for lighting and climate control	Semi-variable	Model the 8.0% usage-linked portion against revenue, plus the $1,200 monthly base utility load.	Treating base power and grow-light usage as one purely variable line.
Farm labor and delivery staffing	Semi-fixed	Model first-year payroll in steps: $395,000 per year, or about $32,917 per month, before later headcount additions.	Treating labor as fully variable with sales instead of capacity-based.

How does break-even change from a lean pilot to a full container farm?

Scenario table

As cultivated area, yield, and pricing scale up, revenue rises faster than variable costs, so the contribution margin stays above 80%. The lean pilot still misses break-even, while the base and full runs move into profit.

Planning assumptions only; actual results will depend on buyer commitments, crop execution, and cost control.

Scenario	Monthly Revenue	Variable Costs	Fixed Costs	CM Ratio	Operating Profit	Break-Even Signal
Lean pilot run	$342k	$68k	$441k	80.0%	-$167k	Still below break-even; fixed costs outrun contribution.
Base stabilized run	$731k	$140k	$502k	80.8%	$90k	Clears break-even with a modest cushion, so execution matters.
Full expanded run	$1.37M	$249k	$601k	81.8%	$519k	Builds a strong cushion, but it still depends on buyer demand and crop consistency.

What pushes the break-even plan off track for a container farm?

Stress test

Year 1 is already tight: modeled sales are about $342K a month versus $551K to break even, so the plan starts with a roughly $210K gap. If demand slips or power and waste rise, that gap gets bigger fast.

Stress Case	Changed Assumption	Break-Even Revenue	Revenue Gap	Risk Signal
Current plan	No change.	$551K	$210K gap	Year 1 sales still sit below break-even.
Revenue shortfall	Sales run 10% below the Year 1 plan.	$551K	$243K gap	Weak buyer volume leaves a wider hole.
Fixed-cost increase	Fixed overhead rises 10% before demand is proven.	$606K	$264K gap	Hiring or overhead too early pushes break-even up.
Margin pressure	Variable expenses rise from 20% to 24% of revenue.	$580K	$238K gap	Higher power use or waste cuts the margin fast.
Combined pressure	Sales fall 10%, fixed overhead rises 10%, and variable costs rise to 24% of revenue.	$638K	$330K gap	Missed harvests plus higher energy spend widen the loss.

What should you verify before signing the first container lease and equipment order?

Founder checklist

Before you sign the first container lease and equipment order, prove the site can carry the utilities, buyers can absorb the crop mix, and cash can survive the first-year gap. Break-even lands at Month 14, so anything less than a real sales pipeline is too thin.

1Buyer volume$551K/yr

Verify signed buyer demand can cover the Year 1 break-even path before launch, because the model needs about $551K of Year 1 revenue to get there.

2UtilitiesPower + water

Check that electricity for lighting and climate control plus water access are live before you sign, because weak utilities can stop production fast.

3Lease load$1.0K/mo

Price the 0.2-hectare lease at the Year 1 rate, about $1.0K a month, so site cost does not quietly outrun the crop plan.

4Gross margin80% CM

Keep seeds, packaging, electricity, and delivery near the modeled 20% variable cost, so the 80% contribution margin can fund fixed overhead.

5Staffing rampMonth 13/25

Delay the Month 13 operations coordinator and Month 25 quality control hire unless orders are contracted, because the core team should not outrun demand.

6Cash runway$2K floor

Keep runway through Month 24, when minimum cash hits about $2K, and hold the harvest rhythm of monthly romaine, arugula, and butter lettuce plus alternating basil and mint.