Why Vertical Farms Keep Failing: The $238M Lesson

Last updated: March 28, 2026 · 12 min read

Table of contents

1. The body count
2. The math that kills them
3. Energy: the invisible landlord
4. The lettuce trap
5. Who is actually surviving
6. FAQ
7. The farms that will make it

14 indoor farming companies went bankrupt in 2025. Not scrappy startups running out of seed money — companies that had raised tens to hundreds of millions of dollars in venture capital. AeroFarms, once the poster child of vertical farming, emerged from Chapter 11 in September 2023 only to permanently shut down its Virginia facility in December 2025, laying off 173 people. AppHarvest liquidated entirely in 2023. The list keeps growing.

Vertical farming bankruptcies happen when indoor farming companies cannot generate enough revenue to cover their operating costs, which are dominated by energy (lighting and climate control), labor, and debt service on massive upfront capital investments. The core problem is structural: vertical farms replace free sunlight and rain with electricity and engineered systems, and the resulting produce often can’t command enough of a price premium to cover the difference. According to iGrow News, the 2025 bankruptcy wave included “silent bankruptcies” — companies that quietly exited or were acquired before formally filing, meaning the actual financial stress across the sector is worse than the public numbers suggest.

The body count

Here’s the thing about vertical farming failures: they’re not happening at the fringes. These are companies that had serious investors, serious facilities, and serious press coverage.

AeroFarms is the most instructive case. Founded in 2004, headquartered in Newark, New Jersey, it was literally the company people pointed to when they said “vertical farming is the future.” It raised $238 million. It filed for Chapter 11 in June 2023, citing “significant industry and capital market headwinds.” It emerged from bankruptcy in September 2023, refinanced with new investors including Grosvenor Food & AgTech and Ingka Investments in August 2025 — and then its largest investor pulled out in December 2025, forcing permanent closure of its Danville, Virginia facility.

That’s not a startup failing. That’s an 18-year-old company with nearly a quarter-billion dollars in funding that couldn’t make the math work. Twice.

We covered the broader economics behind these operations in our breakdown of vertical farming economics. But the bankruptcy wave tells a more specific story about what goes wrong.

The math that kills them

Vertical farming has a capital intensity problem that’s hard to appreciate until you see the numbers side by side.

A conventional lettuce farm might spend $5,000-$10,000 per acre on setup (USDA NASS, 2024 Land Values). A vertical farm growing the same amount of lettuce can easily cost $1 million to $2 million per acre of growing capacity when you factor in the building, the LED lighting systems, the HVAC, the hydroponic infrastructure, the automation, and the climate control (iFarm, 2023). That’s 100-200x the capital cost per unit of production.

The pitch has always been that vertical farms make up for this with higher yields per square foot, year-round production, and lower water use. And that’s true — vertical farms do use 90-95% less water (World Economic Forum, 2023) and can produce 10-20x more per square foot than field farming (PMC, 2016). But “more per square foot” doesn’t matter if the cost per pound of produce is still higher than what grocery stores will pay.

The venture capital model made this worse. VCs funded rapid scaling — bigger facilities, more locations, aggressive expansion — before the unit economics were proven. Companies raised Series B and C rounds to build facilities that couldn’t break even at Series A scale. When the capital markets tightened in 2022-2023, the music stopped.

For a look at how these systems actually work from a technical standpoint, see our guide on how vertical farms work.

Energy: the invisible landlord

Sunlight is free. Electricity is not. That single fact explains more vertical farm failures than any other.

A commercial vertical farm running LED lights 16 hours a day across multiple growing levels can spend 30-40% of its total operating budget on electricity alone. In regions with high energy costs — which includes most major US metro areas where vertical farms are typically located to be close to consumers — this can make profitability impossible at current lettuce prices.

LED efficiency has improved significantly. Modern fixtures hit 2.5+ micromoles per joule, up from about 1.5 just five years ago. We compared the best LED grow lights available right now, and the technology is genuinely better. But “better” doesn’t mean “cheap enough.” Even the most efficient LEDs still consume substantial power when running at the intensities needed for commercial crop production.

The companies that survive tend to be in areas with cheap electricity — the Netherlands (wind and solar), parts of the Middle East (subsidized power), or locations near hydroelectric sources. A vertical farm in Manhattan paying $0.20/kWh is fighting a fundamentally different battle than one in Iceland paying $0.05/kWh.

The lettuce trap

Almost every vertical farm that went bankrupt was growing lettuce. There’s a reason for that — and it’s also the reason they failed.

Lettuce is the “easy” crop for vertical farming. It grows fast (30-40 days), doesn’t need much light compared to fruiting crops, tolerates the controlled environment well, and has an established market. So every vertical farm starts with lettuce because the agronomy is straightforward.

The problem: lettuce is also cheap. A head of conventional lettuce sells for $1-2 at retail. The margin between what a grocery store pays a conventional farmer and what it pays a vertical farm is narrow, and conventional farmers have one enormous advantage — free sunlight. A vertical farm has to compete on freshness, local sourcing, and “no pesticides” branding to justify a price premium. And that premium, even when it exists, often isn’t large enough to cover the 100x higher capital costs.

The companies that tried to move beyond lettuce into higher-value crops — strawberries, tomatoes, peppers — hit a different wall. Those crops need much more light (500-800+ PPFD vs. 150-250 for lettuce), which means more energy cost. AppHarvest tried tomatoes and couldn’t make it work either.

If you’re growing at home scale, the economics are completely different — you’re not competing with commercial prices. Our guide to the best crops for urban farming covers what actually makes sense to grow yourself.

Who is actually surviving

Not every vertical farm is failing. The ones that survived the 2023-2025 shakeout share some common traits.

Plenty (backed by SoftBank, Walmart) is still operating, but it dramatically scaled back its ambitions. Instead of trying to feed cities, it focused on specific high-value crops and retail partnerships. It has the advantage of patient capital from investors willing to wait for long-term returns.

Bowery Farming has survived by emphasizing automation and operational efficiency over rapid expansion. It’s focused on the northeast US market where conventional produce travels long distances and arrives wilted — a genuine competitive advantage for local vertical farms.

Infarm (Berlin-based) restructured aggressively, cutting staff and markets, but is still operating in select European locations where the economics work better due to higher conventional produce prices and shorter growing seasons.

The survivors have three things in common:

• They didn’t scale before proving unit economics. The companies that built $100M facilities before they could break even at $10M scale are the ones that went bankrupt.
• They have patient capital. Venture capital wants 10x returns in 5-7 years. Vertical farming is a 15-20 year infrastructure play. The survivors have investors who understand that timeline.
• They’re in the right geography. Cheap energy, high conventional produce prices, or short growing seasons that make year-round local production genuinely valuable to consumers.

To see which operations worldwide are still thriving, check our roundup of the best vertical farms in the world.

FAQ

The farms that will make it

The vertical farming industry isn’t dying. But the version of it that VCs funded — massive, capital-intensive facilities trying to compete with field-grown lettuce on price — is. What replaces it will probably look different: smaller operations, higher-value crops, locations chosen for energy costs rather than proximity to trendy zip codes, and business models built on actual unit economics rather than the next fundraising round.

The technology is real. LED efficiency keeps improving. Automation is reducing labor costs. Climate change is making conventional farming less reliable in many regions. All of that creates genuine demand for controlled-environment agriculture. But the path from “the technology works” to “the business is profitable” is longer and harder than almost anyone expected.

The 14 bankruptcies in 2025 weren’t evidence that vertical farming doesn’t work. They were evidence that scaling a capital-intensive industry on venture timelines doesn’t work. Different problem, different solution. For the full picture on where food production is heading, start with our complete guide to urban farming.

Written by Lorenzo Russo — founder of FoodLore. He still thinks vertical farming will win eventually, but he’s stopped pretending it’ll happen next year.