Growing Microgreens for Profit: Costs, Revenue & Real Profit

A microgreens tray can look extremely profitable on paper. Seed is measured in grams, the crop can be harvested quickly, and the finished product may sell for far more than the raw seed cost. But a profitable microgreens business is not built from the selling price of a tray alone. It is built from the gap between what you can reliably sell and what it costs to produce, harvest, pack, market, deliver, and support that sale.

That distinction matters because published microgreens numbers come from very different systems. A University of Missouri Extension enterprise budget, for example, models a specific 2024 Missouri production system with artificial lighting, labor, packaging, marketing, depreciation, interest, overhead, and crop-specific yields and prices. A national U.S. survey describes what growers reported in 2018-2019, but it measures revenue rather than profit. Farm projects and recent vertical-farm studies add still more context, but each reflects its own location, scale, and production model.

So the useful question is not simply, “Are microgreens profitable?” It is: Can your operation produce saleable microgreens at a cost and selling price that leave a worthwhile return after the work and overhead are counted? This guide shows how to answer that question with real evidence, transparent math, and a repeatable planning process.

Are Microgreens Profitable?

Yes, microgreens can be profitable, but the answer depends on the operation. Extension guidance, farm projects, grower surveys, and recent commercial studies all point to the same underlying issue: production economics are highly specific to the crop, sales channel, labor model, equipment, energy costs, and market access.

The University of Minnesota Extension direct-marketing guidance makes the broader farm-business point clearly: published enterprise analyses are useful benchmarks, but the most useful numbers for an individual operation come from current local costs, estimated revenue, market access, and the grower’s own records.

For microgreens, this means a grower with a reliable customer base and a well-optimized shelf system can have a very different result from a grower using the same tray size but paying more for electricity, spending more time on harvest and packing, or selling less of what is grown.

Revenue vs. Profit: The Number Most Beginners Get Wrong

Suppose you harvest a tray and sell it for $40. The $40 is revenue. It is not automatically profit.

For a realistic microgreens model, total costs can include:

• seed
• growing medium
• fertilizer or nutrient inputs where applicable
• electricity and environmental control
• direct labor
• labels and packaging
• marketing and sales costs
• delivery or market fees
• repairs and maintenance
• interest, depreciation, insurance, taxes, and other overhead

Penn State’s Business Planning for Your Microgreens Operation likewise recommends working through target customers, startup and operating costs, pricing, competitors, and financial planning rather than treating a single selling price as proof of profitability.

What a 1020 Tray Can Actually Return

One of the best public sources for answering this question is the University of Missouri Extension Microgreens Planning Budget. It is unusually useful because it publishes income, operating costs, ownership costs, total cost, and income over total costs for five crops under one defined production model. The budget is based on Missouri price forecasts from March 2024 and assumes greenhouse production on stainless-steel shelving under artificial lights.

See the University of Missouri Extension Microgreens Planning Budget for the complete methodology and downloadable budget.

Source: University of Missouri Extension, G693, 2024 planning budget. The figures above are reproduced from the published budget and should be read as a Missouri planning model, not a universal microgreens price or profit benchmark.

A useful detail is what sits underneath those totals. The Missouri model assumes $20/hour labor and 15 minutes of labor per tray, $0.12/kWh electricity, $0.42 per package, labels ranging from $0.60 to $0.60 each depending on crop in the summarized inputs, and marketing equal to 15% of sales. Capital assumptions include 20 heavy-duty 10×20-inch trays, a four-level stainless shelf, four LED lights, four fans, a cutter, refrigeration, and eight square feet of infrastructure.

Those assumptions are visible in the published Missouri budget tables.

The Costs That Decide Whether a Tray Is Profitable

1. Seed cost

Seed is often the first cost growers think about, but it is not the whole economics. The right comparison is seed cost per saleable tray, not seed cost per packet. A crop with slightly higher seed cost can still work if it produces a reliable, saleable harvest quickly and fits your customer demand.

Our Microgreen Seeds Guide explains why seed lot, density, germination, and crop choice should be recorded together.

2. Growing medium and consumables

Medium, trays, labels, packages, and other consumables are easy to underestimate because each individual item looks cheap. The problem is repetition. A few cents multiplied across hundreds of trays becomes a real annual cost.

3. Electricity and environment

Artificial lighting, fans, heating, cooling, dehumidification, and refrigeration can materially change economics. Two growers can have identical sale prices and yields yet different profit because their energy systems and climate are different.

4. Labor

Labor is one of the easiest costs to hide inside a small operation because the owner may not pay themselves an hourly wage. That can make a side business look more profitable than it actually is when the owner’s time is treated as free.

In one Northeast SARE farm project, labor for harvesting and packing was reported as the largest variable cost. The project measured 15 minutes per microgreen tray and 5 minutes per pea-shoot tray in its operation.

5. Packaging, marketing, and delivery

The University of Minnesota Extension warns that marketing costs can quickly reduce margins. A direct-sale price may look attractive, but you still have the labor and costs required to reach the customer and complete the sale.

How Much Money Can You Make Growing Microgreens?

There is no responsible single monthly income figure that applies to every microgreens grower. The correct way to answer the question is to connect trays per week to a measured, fully loaded result per saleable tray.

Example — clearly illustrative, not a market benchmark: Suppose your own records show that each saleable tray leaves you with $12 after all variable and allocated operating costs, and you consistently sell 25 trays per week. That produces $300 per week or about $1,299 per month using 4.33 weeks/month. At 50 trays per week, the same $12 result would be about $2,598 per month. The moment your realized profit per tray changes, the monthly result changes with it.

These scenarios are mathematical illustrations only. They are not claims about typical microgreens income, and they do not replace a farm-specific enterprise budget.

Which Microgreens Can Be More Attractive for Profit?

The phrase “most profitable microgreens” sounds simple, but the answer depends on the definition of profitable. You can compare yield, gross revenue, income over total cost, return per shelf, labor per saleable ounce, or customer willingness to pay. A crop can look strong under one metric and weaker under another.

For example, in the Missouri 2024 budget, cabbage has the highest income over total costs at $19.45 per harvested 1020 tray, followed by broccoli at $14.36 and microgreen mix at $14.20. Pea and radish are lower in that particular model at $6.58 and $5.84. But these values are driven by the budget’s specific yield, selling-price, seed-cost, packaging, marketing, and labor assumptions. They should not be turned into a universal ranking of crops.

For the agronomic side, compare those economics with our Microgreens Yield Per Tray Guide before deciding that a high-yield crop is automatically the most profitable crop.

A better crop-selection question

• What is the repeatable saleable yield, not the maximum yield?
• How many grams of seed are needed per tray?
• How many days does the crop tie up shelf space?
• How much labor does harvesting and packing require?
• Can your customers actually absorb the volume?
• What selling price can you maintain in your target channel?
• What is the resulting profit per tray, per labor hour, and per shelf space?

Selling Price and Sales Channel Matter as Much as Yield

A tray is not profitable simply because it has a high harvest weight. You still need a market that will buy the product at a price that supports the cost structure.

Penn State Extension’s Marketing Microgreens recommends identifying likely customers, learning consumer preferences, using samples and product education, and building relationships with chefs and other buyers. It also emphasizes packaging, freshness, and customer experience—not just production.

For business planning, sales channel should be treated as part of the economics. A direct-to-consumer sale may carry a higher unit price but can require more time, market fees, transport, customer communication, packaging, and unsold-inventory risk. A restaurant account can create recurring demand but may have its own delivery schedule, product specifications, and pricing constraints.

Penn State’s business-planning guidance specifically asks growers to define target customers, products, pricing, packaging, and sales strategy rather than treating “restaurants” or “farmers markets” as one generic channel.

Break-Even: How Many Trays Do You Need to Sell?

Before asking how much money you can make, calculate how much you must sell just to cover your costs.

Where contribution per tray means the selling revenue from a saleable tray minus the variable costs assigned to that tray. Keep your definitions consistent: if labor is included in your variable cost model, do not subtract it twice.

Example: if your monthly fixed costs are $600 and each saleable tray contributes $10 after variable costs, you need 60 saleable trays per month to cover those fixed costs. At 15 saleable trays per week, that is roughly 65 trays per month, leaving only a small buffer. At 25 trays per week, you would have more room above break-even—but only if the sales volume is real and repeatable.

What Real Grower and Research Data Tell Us

National grower survey: mostly small operations

A peer-reviewed national U.S. survey published in 2021, Characterization of Microgreen Growing Operations and Associated Food Safety Practices analyzed responses from 176 growers. Among the 124 respondents who selected a revenue bracket, 62% reported annual microgreen revenue below $10,000. The study is valuable context, but the figure is revenue—not profit—and the respondents were self-selected, so it does not tell us the probability that a new business will become profitable.

Farm-level case: 36-tray capacity

A Northeast SARE project at Fat Peach Farm reported a 36-tray 10×20 capacity, 504 trays seeded over a 28-week season, average yield of 7.31 ounces per tray across its microgreens, and 17.28 ounces per tray for pea shoots. It also reported startup costs of $2,326.04 and first-year net income of $1,577 at 12 microgreen trays per week and $1,090 at 6 pea-shoot trays per week under its project assumptions.https://projects.sare.org/project-reports/fne20-966/

Controlled commercial case studies: margins vary

A 2025 peer-reviewed comparison of two Italian vertical microgreen farms reported operational margins of 20.47% and 34.87% for the two studied farms. The study is not a U.S. benchmark; it is useful because it shows how different farm-level cost and revenue structures can produce different margins even within the same crop category.https://www.frontiersin.org/journals/sustainable-food-systems/articles/10.3389/fsufs.2025.1584778/full

Taken together, these sources support a disciplined conclusion: there are real examples of profitable microgreen production, but published numbers are not interchangeable. The method is portable; the exact numbers are local and system-specific.

The Biggest Microgreens Profitability Mistakes

Counting revenue as profit: A $500 sales week can still produce little or no profit after labor, delivery, packaging, losses, and overhead.

Planning from best-case yield: One unusually heavy tray should not become your default production assumption.

Ignoring unsold product: Revenue is based on what you actually sell, not everything you harvest.

Treating owner labor as free: This makes a side business look more profitable than it is if the goal is to evaluate a sustainable job or farm.

Choosing crops only by yield: A high-yield crop can have high seed costs, longer shelf occupancy, low demand, or more labor.

Scaling before the market is repeatable: More trays increase the amount of product you must sell. Penn State business planning emphasizes target customers, pricing, and sales strategy for a reason.

Using generic online prices as your local price: Selling prices vary by customer, location, product, packaging, and sales channel.

Failing to record what changed: Without records, a grower cannot tell whether yield changes came from seed, density, environment, harvest timing, or something else.

How to Build Your Own Microgreens Profit Model

This is the model you should eventually use to evaluate Trayonomics-style production planning for a real operation.

1. Choose one crop and one tray format. Do not mix different tray sizes in the same baseline.
2. Record the seed lot, seed weight per tray, and purchase cost per unit of seed.
3. Record growing-medium quantity and cost per tray.
4. Measure actual electricity or use a clearly labeled allocation method for your lighting and environmental equipment.
5. Track labor minutes for seeding, watering, moving, harvesting, trimming, packing, cleaning, and delivery.
6. Record gross harvest weight and saleable harvest weight separately.
7. Record actual realized selling price and sales channel.
8. Calculate revenue from saleable product—not gross harvest.
9. Subtract variable costs, then allocated fixed/ownership costs.
10. Repeat the measurement across multiple cycles before changing your baseline assumptions.
11. Build conservative, expected, and best-case scenarios rather than planning from only one number.

This approach also aligns with Johnny’s Selected Seeds’ published microgreens yield-trial methodology, which emphasizes recording seeding density, yield per tray, days to maturity, and production variables, then using repeated records to refine the system.

See the Johnny’s Microgreens Yield Data Trial for the trial methods and raw-data approach.

Use the Trayonomics Calculators to Test Your Numbers

Once you have measured inputs and saleable output, the next step is to turn them into decisions. Trayonomics is designed around this workflow.

Start with the Cost Per Tray Calculator to calculate your production cost using seed, medium, power, labor, and other inputs.

Then use the Profit Margin Calculator to test revenue, profit, and margin under different selling prices and production assumptions.

Finally, use the Production Planner to turn a sales target into trays, cycles, and capacity requirements.

The point is not to find a magic “profit per tray” number. The point is to create a model you can update as your own farm produces better records.

A Practical Weekly Profitability Checklist

• How many trays were sown?
• How many trays reached harvest?
• What was the average gross yield?
• What was the average saleable yield?
• How many trays or ounces were actually sold?
• What was the realized selling price by channel?
• How many labor hours were spent?
• What did seed, medium, electricity, packaging, and delivery actually cost?
• How much product was lost, discounted, or unsold?
• Did the week improve or worsen profit per saleable tray?

Do this every week for a full production cycle. After enough cycles, your own records become more valuable than generic internet averages for decisions about your own operation.

Frequently Asked Questions

Are microgreens profitable?

They can be. Profitability depends on saleable yield, selling price, total costs, labor, losses, capacity, and market access. Extension budgets and farm studies show positive returns in some systems, but the figures are not universal.

How much money can you make growing microgreens?

There is no universal monthly figure. Start with your measured profit per saleable tray and multiply it by the number of trays you can reliably sell per week, then account for fixed costs and seasonality.

How much profit do microgreens make per tray?

Published budgets vary substantially. In the University of Missouri 2024 model, income over total costs ranged from $5.84 to $19.45 per harvested 1020 tray depending on crop. Those are Missouri planning figures, not a universal benchmark.

What is the profit margin on microgreens?

It depends on how you define costs and the sales model. Do not compare a materials-only margin with a fully loaded enterprise margin. Include labor, packaging, marketing, ownership costs, and other relevant expenses consistently.

What are the most profitable microgreens to grow?

There is no universal winner. Crop economics change with yield, seed cost, grow time, labor, selling price, and customer demand. Compare those variables together rather than selecting solely by yield.

Can you grow microgreens profitably from home?

A home setup can be economically viable, but the answer depends on local demand, the available growing space, labor, electricity, storage, and your ability to sell what you produce. Penn State and SARE both document small-scale production models, but neither establishes a universal home-business profit.

How many trays do I need to make a full-time income?

There is no universal tray count. Work backward from the income target, your fully loaded profit per saleable tray, and the number of trays you can actually sell and produce each week.

Does higher yield always mean higher profit?

No. Higher yield can increase revenue, but it can also involve more seed, longer shelf occupancy, extra labor, or lower selling prices. Profitability depends on the whole equation.

How do I calculate break-even for a microgreens business?

Divide fixed costs by the contribution earned from each saleable tray. Keep your cost definitions consistent and do not subtract the same cost twice.

What should I track to improve profitability?

Track crop, variety, seed lot, grams per tray, grow time, gross yield, saleable yield, labor minutes, selling price, sales channel, losses, and total cost per tray. Repeated records make your own production economics increasingly reliable.

Sources & Methodology

This article uses a mix of primary extension publications, a peer-reviewed national grower survey, and farm-level case studies. Source-specific figures are labeled as such. Illustrative calculations are labeled as examples and are not presented as market averages.

• University of Missouri Extension — Microgreens Planning Budget (G693, revised July 2024)
• University of Missouri Extension — Microgreens Budget PDF
• Penn State Extension — Business Planning for Your Microgreens Operation
• Penn State Extension — Marketing Microgreens
• University of Minnesota Extension — Direct Marketing Farm Products
• University of Minnesota Extension — Marketing Mix Analysis for Farm Operators
• Penn State Extension — Growing Microgreens
• Johnny’s Selected Seeds — Microgreens Seeding Density & Yield Trials
• Northeast SARE — Exploring the Feasibility of Growing Microgreens in a Modified Cold Storage Room
• International Association for Food Protection — Characterization of Microgreen Growing Operations and Associated Food Safety Practices
• Frontiers — From seed to profit: a comparative economic study of two Italian vertical farms