Vertical Hydroponics Break-Even Analysis: $74K Monthly Revenue

Fixed costs $61.4K/mo Core overhead

Contribution margin 91% After variable costs

Break-even revenue $67.7K/mo Monthly sales target

Break-even timing Month 1 Launch month

Break-even calculator

Test how monthly revenue, variable expenses, and fixed costs shape break-even for a vertical hydroponics farm.

Lean Base Full

Monthly revenue Revenue sets the pool that must cover direct costs and overhead. $ Low sales High sales Variable expenses These rise with sales, like grow inputs, power, and selling costs. $ Low direct cost High direct cost

Money available to cover fixed costs $144,400 $174,000 revenue - $29,600 variable expenses

Margin ratio

83%

Covers fixed costs

Yes

Fixed monthly costs This is the monthly overhead that contribution margin has to cover. $ Low overhead High overhead

Break-even chart Revenue Total costs

Which expenses are fixed and which move with sales in a vertical hydroponics farm?

Cost classification

Break-even only works if each expense behaves the right way in the model. Treat rent and leases as overhead, crop inputs as variable, and staffing as step-based so the Month 1 break-even signal doesn’t look cleaner than cash reality.

Expense	Cost	Break-Even Treatment	Common Mistake
Facility Lease (Building)	Fixed	Include $15,000/month in overhead from Month 1.	Dropping it below break-even because crop volume is low.
Monthly Land Lease	Fixed	Include $8,000 per hectare per month in first-year overhead.	Treating leased growing space as a crop input.
Payroll	Semi-fixed	Use $29,583/month in the first year, then step up with FTE.	Modeling every hire as a sales percentage.
Electricity for Production (Lighting, HVAC)	Semi-variable	Include the first-year 8.0% revenue-linked production load.	Classifying all production power as fixed utilities.
Consumables (Seeds, Nutrients, Packaging)	Variable	Use the first-year 4.0% of revenue as the variable ratio.	Setting seeds and packaging as flat monthly spend.
Sales & Distribution Costs	Variable	Use the first-year 3.0% of revenue in contribution margin.	Excluding it because drivers are already in payroll.
Marketing & Customer Acquisition	Variable	Use the first-year 2.0% of revenue tied to sales volume.	Keeping demand spend fixed while revenue scales.
General Utilities (Water, Heating, Admin Electricity)	Semi-variable	Start with the $3,000/month base and review usage as output rises.	Mixing admin utilities with production electricity.

How does break-even change from a lean start to full production in vertical hydroponics?

Scenario table

Lean, base, and full cases shift break-even because sales rise with acreage and crop pricing, but lease, labor, and utility costs also climb. Scale helps margin, yet the fixed-cost load still keeps profit pressure high.

Planning cases only; actual results will move with yield, price, and labor mix.

Scenario	Monthly Revenue	Variable Costs	Fixed Costs	CM Ratio	Operating Profit	Break-Even Signal
Lean 1-hectare start	$15,754	$2,678	$61,383	83%	-$48,307	Revenue is well below break-even, so the opening month runs deep negative.
Base 3-hectare plan	$63,356	$8,236	$100,617	87%	-$45,497	Sales improve, but fixed lease and labor still keep the farm below break-even.
Full 5-hectare production	$117,406	$11,623	$140,925	90.1%	-$35,142	Scale lifts margin, but fixed costs still outrun planned sales.

What breaks the break-even plan for a vertical hydroponics farm?

Stress test

You’re close on paper, but Year 1 only works if sell-through holds and costs stay tight. A 1-point margin slip, $1,000 of extra monthly overhead, or weaker buyer pricing pushes break-even higher fast.

Stress Case	Changed Assumption	Break-Even Revenue	Revenue Gap	Risk Signal
Current plan	No change.	$73,956	$58,202 gap	Base plan still needs scale.
Revenue shortfall	Monthly sales land at $15,754 instead of the break-even run rate.	$73,956	$58,202 gap	The opening month is far below breakeven.
Fixed-cost increase	Add $1,000 of monthly overhead.	$75,161	$59,407 gap	Small overhead creep needs more sales.
Margin pressure	Contribution margin drops 1 point from power or buyer price pressure.	$74,857	$59,103 gap	Electricity or discounting cuts the cushion.
Combined pressure	Overhead rises $1,000 and margin drops 1 point.	$76,062	$60,308 gap	Weak sales plus labor creep leave no cushion.

What should you verify before signing the warehouse lease and buying racks and LEDs?

Founder checklist

Don’t sign the lease or buy equipment until the site, power, buyer list, and staffing plan can carry the model. This farm only works if the $23,000 monthly lease base, $29,583 payroll, 5.0% yield loss, and $73,956 break-even revenue line up before launch.

1Lease Load$23K/mo

Verify the $15,000 building lease plus $8,000 land lease per hectare still fits the break-even plan, because this fixed cost starts before any crop revenue lands.

2Power & Staff8.0% / M13

Confirm the site can carry lighting and HVAC demand, and that the Month 13 ops and admin hires do not hit before production and sales can pay for them.

3Contribution Margin83% CM

Check that Year 1 variable costs stay near 17%, which leaves about 83% contribution before payroll and lease.

4Payroll Ramp$29.6K/mo

Prove signed sales can cover the $29,583 monthly payroll before crop launch, or labor will outrun the first harvest.

5Crop Mix35/25/15/10/15

Validate the lettuce, kale, basil, cilantro, and radish microgreens mix with 5.0% yield loss and year-round harvests, so the crop plan matches the sales plan.

6Market & Cash$73,956/mo

Confirm buyers can absorb the $15,754 planned monthly output and that cash can survive the $379,000 low point in Month 7 while demand ramps to break-even.