Wert-Berater, Inc. is an independent vineyard and orchard feasibility study consultant preparing lender-grade analyses for permanent-crop plantings, replants, acquisitions, and expansions. Permanent crops carry a financing problem no annual crop presents: years of establishment expense before the first commercial harvest. Our studies evaluate establishment cost, years to commercial bearing, the yield ramp, water rights and irrigation, frost protection, winery and packer contracts, price risk, productive crop life, replant timing, debt structure, and coverage under stress. 4,000+ engagements since 1998 covering $41.2 billion in evaluated project value.
A permanent crop is a capital project disguised as a farm. Vines and trees consume cash for several years before producing anything saleable, reach commercial yield only gradually after that, and then produce for decades before requiring replacement. The feasibility question is therefore not simply whether a mature block covers its debt — a mature block usually does — but whether the operation can fund the development period, survive the ramp, and carry a debt structure whose amortisation begins before the crop does.
Methodology uses university Cooperative Extension establishment and production cost studies for the specific crop, variety, region, and trellis or training system — these are the most rigorous public source for permanent-crop economics and are published per acre and per year through the development period. Those are combined with USDA NASS acreage, production, and price series for the commodity, USDA Agricultural Marketing Service shipping-point reports where applicable, state water-rights and irrigation-district records, and the operation’s own block records, harvest histories, and packout statements.
Every Wert-Berater financial model is fully linked with no hardcoded values, so any reviewer can stress any input. Deliverables comprise a complete narrative report and the linked Excel model, with a pro forma extending across the development period and into mature production, sensitivity analysis at ±5, 10, and 15 percent, interest-rate stress from +0.5 to +3.0 percent, and ratio analysis benchmarked against USDA ERS farm financial data and regional extension budgets.
Permanent-crop credit is written to the standard of the institution underwriting it, and the structure matters as much as the ratio. Farm Credit System institutions and Farm Service Agency farm loan programmes are the principal sources of development and term credit for vineyards and orchards, and both are accustomed to structures that accommodate a non-bearing period. Conventional agricultural lenders set their own coverage standard, commonly but not universally 1.20x. Where the project extends beyond growing into crush, pack, or branded marketing, different programmes may apply than those governing the planting. Eligibility is determined by the lender and the agency on the applicant’s facts, and we do not assume a programme applies.
Wert-Berater completed a $10,066,000 winery and event venue feasibility study in Temecula Valley, California, an engagement in a wine-producing region combining production with a hospitality component. We note its scope precisely: it addressed a winery and venue enterprise rather than the establishment economics of a new planting, and we do not present it as a vineyard development engagement. We hold no published completed engagement for a greenfield vineyard or orchard planting. The firm’s adjacent published horticultural work includes a $17,350,000 controlled-environment greenhouse study in Radium Springs, New Mexico under USDA Business & Industry. That record sits within 4,000+ engagements since 1998 covering $41.2 billion in evaluated project value. Independence is non-negotiable: determinations follow the evidence and are not revised under pressure.
A permanent-crop feasibility study determines whether an operation can fund the years between planting and commercial production, and whether the mature block that eventually emerges services the debt incurred to create it. The analysis spans a longer horizon than any annual-crop study because the asset itself does.
Establishment cost is modeled year by year through the development period rather than as a single figure at planting. The first year carries site preparation, any soil amendment or fumigation, the plant material itself, the trellis or support system, and irrigation installation. Each subsequent non-bearing year carries training, pruning, pest and weed control, irrigation, fertigation, and replacement of failed plants — real cash costs producing no revenue.
Cost varies enormously by crop, region, density, and system, and the study uses extension establishment budgets for the specific combination proposed rather than a general figure. Planting density in particular drives cost in both directions: high-density systems cost substantially more per acre to establish and typically reach bearing sooner, and the trade-off between the two is modeled rather than asserted.
The cumulative cash requirement through the development period is the number that most often determines feasibility, and it is stated explicitly. A planting that is highly profitable at maturity can still fail because the operator ran out of money in year three. The model shows the peak cumulative cash deficit, the year it occurs, and the source of funds that carries the operation to it — whether interest reserve, other farm income, equity, or an operating line.
Time to bearing is crop- and system-specific and is taken from extension data and documented regional performance for the variety, rootstock, and density proposed. It is not a single milestone but a sequence: a first light crop, then several years of increasing yield, then a stabilized mature level. The model carries that sequence year by year, because averaging the ramp into an earlier full-yield assumption overstates cash flow in exactly the years the operation is most vulnerable.
The ramp is also where optimism concentrates. Sponsor projections frequently compress the years to bearing by one or two and reach mature yield sooner than regional evidence supports, and the compounding effect on the pro forma is large. The study anchors both the timing and the mature level to documented performance for the crop in the region, treats any faster projection as a claim requiring support, and reports the coverage consequence of a one-year and two-year delay in reaching commercial production.
Establishment risk is modeled rather than assumed away. Plant failure, replant of missed vines or trees, and slower-than-expected development all occur, and a young planting damaged by frost, disease, or drought may lose a year of development rather than simply a year of crop. The model carries a realistic establishment loss and shows what a lost development year does to the cumulative cash requirement.
Water is the single greatest long-term risk to a permanent crop, because unlike an annual crop the planting cannot be skipped in a dry year — a vineyard or orchard denied water does not simply forgo a harvest, it can be lost. The analysis therefore examines the legal basis of the water supply, not merely its physical availability: the nature and priority of the right, the reliability of an irrigation-district allocation in dry years, groundwater availability and any regulatory constraint on pumping, and the term and security of any transfer or lease relied upon.
Where the region is subject to groundwater management or sustainability regulation, the analysis identifies the constraint and considers what a reduced allocation would mean for a planting with a multi-decade life. A block established on water that may be curtailed within its productive life carries a risk that no yield assumption addresses, and the study states it plainly rather than burying it in a sensitivity range.
Irrigation system capital and operating cost is modeled, including the energy cost of pumping at the site’s actual tariff. Frost protection is examined where the crop and region require it: wind machines, overhead sprinklers, or heaters carry capital cost, operating cost in the nights they run, and a water demand of their own. A frost event that damages a bearing crop costs a year of revenue; one that damages a young planting can cost a year of development. Both cases are modeled. We identify water rights as a feasibility and risk factor; we do not provide legal opinions on water rights or on the validity of a claimed allocation.
Market access for permanent crops usually runs through a winery, packer, or processor, and the terms of that relationship determine realised price far more than any published average. The study reads the agreement. A long-term grape purchase contract specifying tonnage, price or a pricing formula, and quality parameters is strong evidence and materially de-risks a development credit. A contract terminable annually, or one that commits the buyer only to accept fruit at a price to be determined, is much weaker and is treated as such.
Quality and specification terms are examined because they are where realised price is decided. Contracts commonly adjust price for sugar, colour, defect, size, or grade, and a projection using the headline price without modeling the adjustment overstates revenue. Where fruit moves through a packer or cooperative, the study models the grower’s net return after packing, cooling, marketing, and assessment charges rather than the gross field or FOB price, since those deductions are substantial.
Where no contract exists and the planting will sell on the open market, that exposure is modeled directly and the study says so. A development credit repaid from uncontracted permanent-crop production carries meaningfully more risk than one supported by a long-term agreement, and the difference belongs in the analysis rather than in a footnote.
Permanent crops exhibit a price cycle driven by their own biology. High prices induce planting; those plantings bear four to six years later; supply then arrives in volume and depresses price for an extended period. A grower planting into a strong market is frequently planting into the front of an expansion whose output will reach the market at the same time as their own. The study addresses this directly by considering acreage recently planted but not yet bearing in the relevant production region, because that pipeline is the best available indication of the supply the block will meet when it comes into production.
Price is modeled across the cycle rather than held at the current level, using USDA NASS price series for the commodity and region and, where applicable, Agricultural Marketing Service shipping-point reports. The model reports coverage at cyclical low prices, not merely at current prices, and states the price at which the credit fails.
Productive life and decline are carried through the pro forma. A block does not produce at its mature level indefinitely: yield eventually declines, quality may deteriorate, and variety or rootstock preferences shift over a multi-decade horizon. The model reflects the expected productive life for the crop and system, and where the note extends toward the end of that life, the study identifies the replant obligation and the second development period it implies. A projection that carries mature yield flat for thirty years is not a permanent-crop analysis.
Structure is where permanent-crop credits succeed or fail, and it is analysed as a distinct question rather than folded into the coverage ratio. The core mismatch is simple: money is spent in years one through four and revenue begins in year four or later. A conventional amortising loan requiring full principal and interest from the first year is not compatible with that cash flow, and no plausible yield assumption makes it so.
The study models the structure actually proposed and, where it does not fit, says what would. Interest-only periods through establishment, capitalised interest, a graduated payment matched to the yield ramp, and a separate development facility taken out by term debt at first commercial harvest are all common approaches, and each has a different consequence for total interest cost and for coverage in the early bearing years. Where interest is capitalised, the study shows the resulting increase in the principal balance rather than treating it as costless.
The model reports coverage in each individual year rather than only at maturity, because the binding constraint on a development credit is almost always an early bearing year in which the ramp has not finished but full debt service has begun. It also tests the structure against a one-year delay in bearing, which is the single most common way these credits get into trouble.
The financial conclusion is a coverage determination across the development period and into mature production. The model produces a pro forma spanning both, with sensitivity at ±5, 10, and 15 percent applied to mature yield, price, and establishment cost independently and in combination, plus interest-rate stress from +0.5 to +3.0 percent in half-point increments.
Three cases govern. A delay in reaching commercial bearing extends the cash-consuming period and compresses the years available to repay. An establishment cost overrun increases the peak cumulative deficit, which for a development credit is often the binding constraint rather than any ratio. And a price cycle low arriving in the first bearing years, when the ramp is incomplete and debt service is full, tests coverage at the worst possible moment. The study runs each, reports the peak cumulative cash deficit and the year it occurs, and states the combination at which coverage falls below the applicable minimum. An explicit statement of conditions identifies the information relied upon and the assumptions that would change the finding.
This is an economic and financial feasibility analysis. It does not replace agronomic advice, soil or site suitability assessment, irrigation engineering, or legal opinions on water rights. Where a project requires a soil and site evaluation, a variety and rootstock recommendation, an irrigation design, or a title or water-right opinion, those are professional inputs to the economic analysis and the study identifies where it has relied on them.
Related engagements: where a project centres on hospitality, tasting-room, wedding, or event revenue rather than on fruit production, that is a different business and belongs with our event venue and winery feasibility study practice. For on-farm visitor attractions, U-pick, and agritourism, see agritourism and farm venue feasibility studies. For post-harvest cooling and storage see cold storage, and where a producer proposes to crush, press, process, or brand its own fruit to capture additional margin, a USDA Value-Added Producer Grant feasibility study addresses that programme directly.
Time to bearing is crop-, variety-, rootstock-, and density-specific, and we take it from Cooperative Extension establishment budgets and documented regional performance for the exact combination proposed rather than applying a general figure.
It is a sequence rather than a single milestone: a first light crop, several years of increasing yield, then a stabilized mature level. The model carries that sequence year by year, because averaging it into an earlier full-yield assumption overstates cash flow in precisely the years the operation is most vulnerable.
Year by year through the development period rather than as a single figure at planting. Year one carries site preparation, soil amendment, plant material, trellis or support structure, and irrigation installation. Each subsequent non-bearing year carries training, pruning, pest and weed control, irrigation, fertigation, and replacement of failed plants — real cash costs producing no revenue.
We use extension establishment budgets for the specific crop, region, density, and training system rather than a general per-acre figure, since high-density systems cost substantially more to establish and typically reach bearing sooner. The output that matters most is the peak cumulative cash deficit and the year it occurs.
Explicitly, year by year, anchored to documented performance for the crop, variety, and region. The ramp is where sponsor optimism concentrates: projections frequently compress years to bearing by one or two and reach mature yield sooner than regional evidence supports, and the compounding effect on the pro forma is large.
Any faster projection is treated as a claim requiring support. The study reports the coverage consequence of a one-year and two-year delay in reaching commercial production, and carries a realistic establishment loss for plant failure and replant.
We examine the legal basis of the supply, not merely its physical availability, because a permanent crop cannot skip a dry year — a planting denied water can be lost rather than simply unharvested. The analysis covers the nature and priority of the right, the reliability of an irrigation-district allocation in dry years, groundwater availability and any regulatory constraint on pumping, and the term and security of any lease or transfer relied upon.
Where the region is subject to groundwater management or sustainability regulation, we identify the constraint and consider what a reduced allocation would mean for a block with a multi-decade life. We treat water rights as a feasibility and risk factor; we do not provide legal opinions on their validity.
We read the agreement rather than assume a price. A long-term purchase contract specifying tonnage, a price or pricing formula, and quality parameters is strong evidence and materially de-risks a development credit. A contract terminable annually, or one committing the buyer only to accept fruit at a price to be determined, is much weaker and is treated as such.
Quality and specification adjustments — for sugar, colour, defect, size, or grade — are modeled, because that is where realised price is decided. Where fruit moves through a packer or cooperative, we model net return after packing, cooling, marketing, and assessment charges rather than the gross field or FOB price.
That structure is analysed as a distinct question rather than folded into a coverage ratio. Money is spent in years one through four and revenue begins in year four or later, so a conventional amortising loan requiring full principal and interest from year one is not compatible with the cash flow, and no plausible yield assumption makes it so.
We model the structure actually proposed and, where it does not fit, say what would — interest-only through establishment, capitalised interest, graduated payments matched to the ramp, or a development facility taken out by term debt at first commercial harvest. Where interest is capitalised, we show the resulting increase in principal rather than treating it as costless.
Permanent crops exhibit a price cycle driven by their own biology: high prices induce planting, those plantings bear four to six years later, and the resulting supply depresses price for an extended period. A grower planting into a strong market is often planting into the front of an expansion whose output arrives alongside their own.
We therefore consider acreage recently planted but not yet bearing in the relevant production region, model price across the cycle using USDA NASS and Agricultural Marketing Service series rather than holding the current level flat, and report coverage at cyclical lows and the price at which the credit fails.
A block does not produce at its mature level indefinitely. Yield eventually declines, quality may deteriorate, and variety or rootstock preferences shift over a multi-decade horizon, so the pro forma reflects the expected productive life for the crop and system rather than carrying mature yield flat.
Where the note extends toward the end of that life, the study identifies the replant obligation and the second development period it implies. A projection holding mature yield constant for thirty years is not a permanent-crop analysis.
Because the binding constraint on a development credit is almost always an early bearing year in which the yield ramp has not finished but full debt service has begun. A planting that is highly profitable at maturity can still fail if the operator runs out of money in year three.
The model therefore reports coverage in each individual year rather than only at maturity, shows the peak cumulative cash deficit and the source of funds carrying the operation to it, and tests the structure against a one-year delay in bearing — the single most common way these credits get into trouble.
The fee is fixed and quoted within one business day of the initial inquiry. It does not vary with the finding and is never contingent on loan approval. Because scope varies with acreage, crop, whether the project is a new planting, a replant, or an acquisition, and the lending programme involved, we quote after a brief intake conversation rather than publishing a schedule.
Standard delivery is ten to fifteen business days from receipt of a complete data room, with rush delivery available. An engagement typically requires the planting plan with variety, rootstock, spacing, and acreage, establishment cost estimates or contractor bids, water-right documentation or irrigation-district allocation records, any purchase or marketing contract, block-level harvest and packout history where the operation is established, three years of tax returns and a current balance sheet, and the proposed loan term sheet with its amortisation structure.
Qualify a project. Tell us about the project and the program. We will tell you the truth about it — scope, timeline, and fee confirmed before work begins.
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Wert-Berater, Inc. is an independent provider of feasibility studies and other related services. The firm does not provide financing or equity investment advice, and does not arrange, broker, or place debt or equity capital of any kind.
All appraisal assignments are performed by Bruce E. Jones, MAI, ASA-GC, BCA, CMEA, a member of the Appraisal Institute since 2006, a staff member of Wert-Berater, Inc. and owner of Special Purpose Realty Valuation.