Built for Growers · Real Numbers · Your Crop

See your return
before you spend a dollar.

Vorterra pays on two fronts, in this order: yield you start gaining and, secondarily, irrigation cycles you stop running. Pick your crop, dial in your operation, and see your net profit contribution in real time.

Run the numbers ↓
φ = 1.618
Interactive ROI Calculator

Your operation.
Your total return.

Select your crop and water source to load real-world economics, then adjust every input to match your own numbers. Your net profit contribution — yield profit after harvest cost, plus water & power savings, less the lease — updates instantly.

Vorterra Unit Price ($ / unit / month)$500
Season Length (months the unit is inline)10
Billed in-season only — the irrigation months, not the calendar year
Irrigated Acres100
Crop Value (gross $ / acre)$100,000
Acre-feet / Acre / Season2.5
Expected Water Savings (secondary)15%
Expected Yield Increase12%
Measured on strawberries at Etchandy Farms: 12%, 15%, 15% across three seasons
Harvest & Pack Cost (% of gross)62%
Every extra tray costs money to pick and pack — yield profit is shown net of it
Blended Irrigation Cost ($ / acre)$3,000
Net Profit Contribution · 1 Season
$1.2M
Yield profit after harvest cost, plus water & power savings, less the lease
100 acres of strawberries · 30% water savings · 12% yield increase
🌱 Net yield profit (after harvest & pack)$1,200,000
💧 Water & power savings (secondary)$90,000
💲 Less: Vorterra lease−$24,000
75
Acre-feet saved per season
6
Irrigation cycles skipped · season
$12,300
Net profit per acre · season
30%
Water use reduction
Vorterra’s share of
your per-acre spend
8.0%

Figures are estimates for planning purposes based on measured results at Etchandy Farms and the University of Arizona, and on published crop economics. Actual returns vary by soil, climate, crop variety, water rights, and market price. Yield profit is shown net of the harvest & pack share of gross (an adjustable default per crop; the 62% strawberry figure is from the 2024 UC Central Coast cost study). Water savings are applied only to the water-and-power share of the blended rate (60%). “Blended irrigation cost” is the all-in annual cost of delivering water to an acre — water itself plus pumping electricity, irrigation labor, and fertilizer/fertigation. Citrus and avocado defaults reflect Southern California grower cost ranges (citrus ~$3,500–4,000/acre on well water, ~$8,000 on district water; avocados ~$4,500–5,000 on well, ~$9,000–10,000 on district); other crops are scaled from typical California water-use and input figures. All inputs are fully adjustable to your operation. Vorterra pricing: one 4-inch unit covers 25 acres, billed only for the months the unit is inline — the irrigation season for annual crops, twelve months for perennials. Unit price and season length are both adjustable above; the pricing-fit readout applies two grower-side rules of thumb: lease at or under 10% of the in-season blended stack, and at or under one-third of projected return.

Cost of Entry
8.0¢
of every dollar you already spend to put water on an acre
$20 per acre
per month
What an irrigated acre costs you today
Blended: water, power, labor, fertilizer
What Vorterra costs
What comes back, after the lease
Net yield profit + water & power savings

The lease pays for itself at a 3.6% yield gain — or, on the water side alone, 3 skipped cycles. Billed in-season only. Measured at Etchandy Farms: 12%, 15% and 15% yield across three seasons. Measured at the University of Arizona: a 23.1% water-productivity improvement.

Client-Ready Leave-Behind

Turn this scenario into a proposal.

Everything above — crop, water source, acreage, and the full ROI breakdown — exports as a seven-page branded PDF with your client’s name on the cover. Adjust the sliders first; the document is built from whatever is on screen.

01  CoverClient name, scenario,
net profit headline
02  Your NumbersYield-led breakdown,
net of harvest
03  The ReturnWhy yield moves,
with the math shown
04  Skipped CycleWater as a counted,
secondary return
05  Cost of EntryLease vs. spend,
break-even in yield
06  EvidenceEtchandy 12/15/15,
UA Yuma, caveats
07  Next StepsPaired-block start,
contact
The Numbers Are Backed by the Field

Not a projection.
A proven result.

These ROI figures rest on two independent foundations: a controlled university field trial, and three consecutive years of commercial deployment on a working strawberry operation.

Controlled Field Trial

University of Arizona
Yuma Agricultural Center

A controlled, 8-treatment factorial trial over a full 97-day iceberg lettuce season, conducted by the School of Plant Sciences. Independently measured. Rigorous methodology.

+23.1%
Water productivity improvement
+20.5%
Peak yield gain · full treatment
+12.5%
Average yield advantage
−27%
Nitrogen inputs — gains held
Principal Investigator: Dr. Ali Mohammed, Ph.D. · University of Arizona
Gem-Pack Berries
3-Year Commercial Deployment

Gem-Pack Berries
Strawberry Operation

Beyond the lab: three consecutive seasons of Vorterra on a working commercial strawberry operation in Southern California — real acreage, real harvest, real market conditions. Yield increases of 12%, 15% and 15%, as reported by the operation’s principals, including A.G. Kawamura.

10–15%
Sustained yield increase over three consecutive years of commercial strawberry production
Commercially validated by A.G. Kawamura
Former Secretary, California Department of Food & Agriculture

University of Arizona results from controlled field-trial conditions. Gem-Pack Berries figures reflect multi-season commercial deployment. Individual results vary by operation, variety, and growing conditions.

Where the Return Comes From

Two returns.
One inline unit.

Return #1 — Yield You Start Gaining
Better bioavailability at the root means more efficient nutrient uptake. Measured on a commercial strawberry operation at Etchandy Farms: 12%, 15% and 15% yield increases across three consecutive seasons. The University of Arizona documented a 20.5% gain under full treatment at Yuma. The calculator prices yield net of the harvest and pack cost the extra units carry — because a CFO will, and the number should survive that.
Return #2 — Cycles You Stop Running
Lower surface tension moves water into the profile more completely and evenly, so the root zone holds through intervals it otherwise wouldn’t — the effect Arizona measured as a 23.1% water-productivity gain. The saving shows up as whole irrigation events that don’t need to run, verified with soil-moisture sensors, not as a percentage shaved off every set. The calculator applies it to water and pumping power only; labor and fertilizer are not assumed to fall.
+23.1%
Water productivity improvement · UA trial
+20.5%
Yield increase · Full treatment
30–60%
Water savings per acre
<1 hr
Inline install · No electricity
Deployments Available Now

Like the numbers?
Let’s prove them.

Start with a single block on your operation. We’ll design a deployment around your crop, soil, and water allocation — and you’ll see the results in one season.

Request a Deployment Quote
Bryan Ingram — Vorterra Water bryan@vorterrawater.com · vorterrawater.com · @VorterraWater