Hydroponic Farm Break-Even: About $87K In Monthly Sales

Fixed costs $35.8K/mo Launch fixed base

Contribution margin 83% After variable costs

Break-even revenue $43.1K/mo Monthly target sales

Break-even timing Month 1 Model breakeven point

Break-even calculator

Test monthly revenue against variable expenses and fixed monthly costs to see when the farm covers overhead.

Lean Base Full

Monthly revenue Revenue is the top line that pays direct costs and overhead. $ Slow month Peak month Variable expenses These are direct costs that rise with sales, like nutrients, packaging, energy, delivery, and marketing. $ Lean spend High spend

Money available to cover fixed costs $46,343 $55,833 revenue - $9,490 variable expenses

Margin ratio

83%

Covers fixed costs

$27,374 short

Fixed monthly costs This is the monthly cost base that contribution margin has to cover. $ Light overhead Heavy overhead

Break-even chart Revenue Total costs

Which hydroponic farming expenses are fixed, variable, semi-variable, or semi-fixed at break-even?

Cost classification

Your break-even only works if fixed costs stay fixed and volume-linked costs move with sales. Rent and land lease set the monthly hurdle, while inputs, delivery, marketing, labor, and energy shift as production scales.

Expense	Cost	Break-Even Treatment	Common Mistake
Facility Lease/Rent	Fixed	Use $18,000 per month as the base facility hurdle in each operating month.	Treating rent as tied to crop sales.
Land Lease	Fixed	Use $7,000 per hectare per month in the first year for leased cultivated area.	Mixing land purchase spend into operating break-even.
Salaries	Semi-fixed	Use about $37,917 per month in the first year; add headcount in steps as hectares and routes grow.	Treating labor as flat when scale changes.
Seeds & Plant Nutrients	Variable	Use 3.5% of revenue in the first year because inputs move with crop output and sales volume.	Modeling plant inputs as a fixed monthly line.
Sustainable Packaging Materials	Variable	Use 2.5% of revenue in the first year because packaging rises with units sold.	Forgetting packaging grows with harvest volume.
Energy for LED Lighting & Climate Control	Semi-variable	Use 6.0% of revenue in the first year, then test sensitivity as lighting hours and climate load change.	Treating energy as flat when production expands.
Delivery & Logistics Costs	Variable	Use 3.0% of revenue in the first year because routes and delivery activity follow sales.	Ignoring delivery drag as order volume rises.
Marketing & Customer Acquisition	Variable	Use 2.0% of revenue in the first year and review spend per new account each month.	Cutting marketing from break-even math entirely.

How does break-even change across lean, base, and full hydroponic farm scenarios?

Scenario table

The 1-hectare pilot is still under pressure because fixed costs are heavy early on. At 5 hectares, revenue covers those costs much better, but the alternate-month harvest pattern can still tighten cash between sales months.

Planning figures only; they are research-based assumptions, not a guarantee.

Scenario	Monthly Revenue	Variable Costs	Fixed Costs	CM Ratio	Operating Profit	Break-Even Signal
Lean: Year 1 pilot, 1 hectare	$64,980	$11,047	$72,050	83.0%	-$18,117	Needs about $86.8k to break even, so the pilot is still short.
Base: Year 2 steady state, 2 hectares	$135,900	$22,004	$87,100	83.8%	$26,796	Needs about $103.9k to break even, and this setup sits above it.
Full: Year 5 expanded farm, 5 hectares	$389,700	$53,007	$134,300	86.4%	$202,393	Needs about $155.4k to break even, and this scale has a wide cushion.

What pushes a hydroponic farm past break-even?

Stress test

Year 1 is close to break-even, but a 10% sales miss or a wage jump quickly opens a bigger gap. Energy costs matter too, so buyer commitments and utility control are the first things to watch.

Stress Case	Changed Assumption	Break-Even Revenue	Revenue Gap	Risk Signal
Current plan	No change.	$86,800	$21,820 gap	Year 1 sales still sit below break-even.
Revenue shortfall	Revenue falls 10% to about $58,500.	$86,800	$28,300 gap	The monthly loss widens to about $23,500.
Fixed-cost increase	Payroll rises 10%, lifting fixed costs to about $75,700.	$91,200	$26,220 gap	Wage growth pushes the farm farther from break-even.
Margin pressure	Energy for lighting and climate control rises from 6.0% to 8.0% of revenue.	$89,000	$24,020 gap	Energy spikes are enough to lift break-even.
Combined pressure	Sales fall 10%, variable expenses double, and fixed costs rise 10%.	$91,000	$32,500 gap	Three hits at once create the deepest monthly loss.

What should you verify before you sign the lease and buy the grow systems?

Founder checklist

Do not lock in space or equipment until buyer demand, fixed burn, and crop economics all clear the break-even bar. Here, the opening question is whether signed buyers can support roughly $87K a month while the farm carries about $72.05K of monthly fixed load.

1Buyer pipeline$87K/mo

Verify signed buyer orders can hold this monthly level before you commit to the lease, racks, and staffing ramp.

2Fixed load$72.05K/mo

Check that rent, insurance, utilities, software, admin, legal, maintenance, and opening payroll can be covered before break-even.

3Crop margin83% CM

Price romaine, arugula, basil, mint, and kale against buyer commitments, because about 17% of sales goes to direct costs.

4Staff ramp$36.25K/mo

Keep hiring tied to real harvest volume, since Year 1 payroll already carries a large monthly load before the farm is steady.

5Cash cushion-$3.349M

Make sure reserves can absorb the month 12 cash trough, because the model still shows a deep funding gap before payback.

6Facility gatePre-lease

Verify power capacity, water quality, zoning, food safety procedures, and backup systems for lighting, pumps, and climate control before you sign.