Wert-Berater, Inc. is an independent cattle ranch feasibility study consultant preparing lender-grade analyses for cow-calf operations, stocker and backgrounding programs, ranch acquisitions, expansions, and feedlot-related projects. Our analysis evaluates carrying capacity, forage and water resources, herd inventory, calving and weaning performance, cattle prices, feed costs, marketing strategy, infrastructure, working capital, debt service, and cattle-cycle sensitivity. 4,000+ engagements since 1998 covering $41.2 billion in evaluated project value.
Ranch feasibility begins with a physical constraint that no financial assumption can relax: how many animal units the land will carry through a normal year, and how far that falls in a dry one. Carrying capacity sets herd size, herd size sets calf crop, and calf crop sets revenue. Everything downstream — price, cost, coverage — is bounded by that first number. The second question is timing: cattle move through multi-year price cycles, and a ranch financed at the top of one must still service debt near the bottom of the next.
Methodology draws on USDA NASS cattle inventory and price series, USDA Agricultural Marketing Service market reports for the relevant class and weight, NRCS ecological site descriptions and range-production data for the subject ground, university Cooperative Extension cow-calf and stocker budgets for the state, and the operation’s own herd records, calving books, and weaning weights. Where the ranch has an established production record it governs the projection.
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 ten-year pro forma, 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 livestock budgets.
Ranch credit is written against the standard of the institution actually underwriting it. Farm Service Agency direct and guaranteed farm loan programmes and Farm Credit System institutions are the principal sources of term and operating credit for livestock production, and both weigh documented herd performance, forage security, and working-capital adequacy alongside projected coverage. Conventional agricultural lenders set their own coverage standard, commonly but not universally 1.20x. USDA Business & Industry lending is directed at rural business enterprises rather than primary livestock production, and SBA eligibility for ranching operations is limited and fact-specific. We do not assume any programme applies to a given operation; eligibility is determined by the lender and the agency on the applicant’s facts, and the study is prepared to whichever standard is actually in play.
Wert-Berater has completed 4,000+ engagements since 1998 covering $41.2 billion in evaluated project value, with a substantial USDA rural practice. We hold no published completed engagement for a cow-calf, stocker, or feedlot operation, and we will not present an unrelated engagement as though it were one. Our nearest published agricultural work is in horticultural production, agricultural processing, and agricultural input manufacturing — including a $38,110,000 sugar refinery restoration in Santa Rosa, Texas and a $32,240,000 fertilizer manufacturing study in Jacksonville, Florida. Those engagements demonstrate USDA documentation practice and agricultural commodity analysis, not range livestock experience. Independence is non-negotiable: determinations follow the evidence and are not revised under pressure.
A cattle ranch feasibility study determines whether a defined land base, a defined herd, and a defined operator can carry proposed debt through a full cattle cycle. It is a land-and-livestock analysis before it is a financial one, because the productive ceiling is set by forage rather than by ambition. The study establishes that ceiling first and then tests whether the enterprise built on it services debt under stress.
Carrying capacity is the governing constraint of a ranch credit, and it is established from the land rather than asserted by the sponsor. The analysis works from NRCS ecological site descriptions for the soils present, published range-production data for those sites in the relevant precipitation zone, the current condition and trend of the range, and the practical grazing distribution imposed by water placement, topography, and fencing. Acres per animal unit vary enormously by region and site, and no national figure means anything on a specific ranch; the number used is the one supported by the subject ground.
Stocking rate is then set below theoretical capacity, because a ranch stocked to its maximum in an average year is overstocked in a dry one and will be liquidating breeding stock at exactly the moment prices are weakest. The study documents the operator’s intended stocking rate, compares it against the supportable rate, and identifies the gap where one exists. Where the ranch depends on leased grazing, federal or state allotments, or seasonal pasture, the security and term of that access is examined directly: a herd sized to a lease that can be terminated on short notice carries a risk the balance sheet does not show.
Drought is modeled as a recurring condition rather than an exception. The analysis considers what the operation does when forage falls short — purchase hay, lease additional grazing, wean early, or reduce the herd — and prices the consequence of each. Destocking has a long tail: a breeding herd sold in a drought takes years and retained heifers to rebuild, and the revenue gap during that rebuild is shown in the pro forma rather than assumed away.
These are different businesses with different risk profiles and are modeled separately. A cow-calf operation holds a breeding herd as a long-lived productive asset and sells one calf crop per cow per year; its economics turn on conception rate, weaning percentage, weaning weight, and the cost of carrying the cow for twelve months. Its revenue is relatively predictable in volume and exposed principally to price.
A stocker or backgrounding operation buys lightweight cattle, adds weight on grass or ration, and sells them heavier. Its economics turn on the buy-sell margin and on cost of gain, and it is exposed to price movement on both ends of the transaction within a short window. That exposure is structurally different from cow-calf risk: a stocker operator can lose money in a year of rising cattle prices if the purchase was made at the wrong point in the run, and can profit in a falling market if the margin was locked. The study models the specific programme proposed, with its own purchase weights, target sale weights, expected average daily gain, death loss, and the seasonal window in which cattle are bought and sold.
Where the operation runs more than one enterprise — a cow herd plus a stocker programme on the same grass — the analysis allocates forage between them rather than allowing both to draw on the same acres in the model. Where a feedlot component is proposed, ration cost and capacity utilization are modeled independently, because a yard running below capacity carries fixed cost that the cow herd cannot absorb.
Cattle prices are taken from USDA Agricultural Marketing Service reports for the class, weight, and region actually applicable, not from a national composite. Price varies materially by weight class and by season, and a calf sold at weaning in the autumn run competes with the largest supply of the year. The study prices the animals the operation actually sells, at the weights and in the months it actually sells them, and applies the local basis to the regional or terminal reference.
The cattle cycle is the defining feature of this asset class and is addressed explicitly. Herd liquidation and rebuilding phases drive multi-year swings in supply and price, and the phase in which a credit is written matters enormously. A ranch underwritten on prices at a cyclical peak, with those prices carried flat through a ten-year pro forma, is not a feasibility analysis. Coverage is tested against price levels the relevant class has actually traded at within recent cycles, and the report states the price at which coverage falls below the applicable minimum.
Feed is the largest controllable cost in most livestock operations and the one most sensitive to weather. The model separates grazed forage, which is largely a fixed cost of holding the land, from harvested and purchased feed, which is a variable cost that rises sharply in short years. The winter feeding requirement is calculated from the herd’s actual nutritional demand over the days of feeding the region requires, and priced at delivered cost including hauling.
Where the operation raises its own hay, that production is modeled with its own cost structure and its own weather exposure rather than being treated as free feed. A ranch that raises hay in a normal year and buys it in a dry year faces a double penalty: the purchased hay costs more precisely because the region is short. The sensitivity analysis reflects that correlation instead of moving feed cost independently of forage conditions.
Infrastructure determines whether the theoretical carrying capacity can actually be used. Water placement governs grazing distribution: acres more than a practical distance from water are grazed lightly or not at all, and a ranch with concentrated water sources effectively carries fewer animals than its acreage suggests. The review establishes the number, reliability, and distribution of water sources, the condition of wells, pipelines, and storage, and the seasonal risk of any source going short.
Fencing condition and cross-fencing determine whether rotational grazing is possible, which in turn affects both carrying capacity and range condition over time. Handling facilities — corrals, chutes, scales, and loading access — determine labor efficiency and the practical ability to work and market cattle on schedule. Where infrastructure is at the end of its life, the capital required to restore it is shown in the pro forma as a funded cost rather than deferred indefinitely.
A breeding herd depreciates and must be renewed, and how that renewal is financed materially affects cash flow. Where replacements are raised, retained heifers are removed from the salable calf crop for two years before they produce, creating a revenue reduction that a study projecting a constant calf crop will miss entirely. Where replacements are purchased, the cash cost appears annually and the quality and biosecurity of the source becomes a risk factor.
The model carries a cull rate consistent with the operation’s herd age structure and its actual reproductive performance, with cull cow and bull sales credited as revenue in the years they occur. Bull replacement is treated as the recurring capital expense it is. Where the operation proposes to grow the herd, the biological ramp is modeled year by year: a herd cannot expand faster than heifers can be retained and bred, and expansion funded by retaining heifers reduces current revenue while increasing future capacity.
The financial conclusion is a coverage determination under stress. The model produces a ten-year pro forma with sensitivity at ±5, 10, and 15 percent applied to cattle price, weaning weight, and weaning percentage independently and in combination, and interest-rate stress from +0.5 to +3.0 percent in half-point increments.
The controlling stress case for a ranch is a drought year and a cyclical price low occurring together, because they are not independent: regional drought forces liquidation across many operations at once, adding supply and depressing the very prices the destocking operator must accept. The study runs that combined case, shows the coverage it produces, and states plainly whether the operation survives it without impairing the breeding herd. 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 veterinary opinion, animal-nutrition formulation, or professional rangeland assessment, and nothing in the study should be read as a herd-health, ration, or grazing-management prescription. Where a project requires a range inventory, a nutritional programme, or veterinary assessment, those are professional inputs to the economic analysis and the study identifies where it has relied on them.
Related engagements: for feed procurement, custom ration manufacture, or a commercial mill serving a livestock base, see our grain elevator and feed mill feasibility study practice. For milking operations, see dairy farm feasibility studies, and for confined poultry or hog production under integrator contract, see poultry and swine feasibility studies.
A cattle ranch feasibility study consultant determines whether a defined land base, herd, and operator can service proposed debt through a full cattle cycle. The analysis establishes carrying capacity from range and ecological site data, then works through herd productivity, cattle pricing by class and weight, feed and forage cost, water and handling infrastructure, replacement economics, and coverage under combined drought and price stress.
The deliverable is a narrative report and a fully linked financial model prepared for the lender or agency rather than the borrower.
Carrying capacity is established from the land rather than asserted. The analysis uses NRCS ecological site descriptions for the soils present, published range-production data for those sites in the relevant precipitation zone, current range condition and trend, and the practical grazing distribution imposed by water placement, topography, and fencing.
Acres per animal unit vary enormously by region and site, so no national figure is applied to a specific ranch. Stocking is then set below theoretical capacity, because a ranch stocked to its maximum in an average year is overstocked in a dry one.
Prices come from USDA Agricultural Marketing Service reports for the class, weight, and region actually applicable, priced for the animals the operation sells at the weights and in the months it sells them, with local basis applied.
The cattle cycle is then addressed explicitly. Coverage is tested against price levels the relevant class has actually traded at within recent cycles rather than carrying current prices flat across a ten-year pro forma, and the report states the price at which coverage falls below the applicable minimum.
Drought is modeled as a recurring condition rather than an exception. The analysis considers what the operation does when forage falls short — purchase hay, lease grazing, wean early, or destock — and prices the consequence of each.
Destocking is modeled with its full tail: a breeding herd sold in a drought takes years and retained heifers to rebuild, and the revenue gap during that rebuild appears in the pro forma. The controlling stress case pairs drought with a cyclical price low, because regional drought forces liquidation across many operations at once and depresses the prices the destocking operator must accept.
The model separates grazed forage, largely a fixed cost of holding the land, from harvested and purchased feed, a variable cost that rises sharply in short years. The winter feeding requirement is calculated from the herd’s actual nutritional demand over the days of feeding the region requires and priced at delivered cost including hauling.
Where the operation raises hay, that production carries its own cost structure and weather exposure rather than being treated as free feed. Sensitivity reflects the correlation between short forage and high purchased-hay prices rather than moving them independently.
Where replacements are raised, retained heifers are removed from the salable calf crop for two years before they produce — a revenue reduction that projections assuming a constant calf crop miss entirely. Where replacements are purchased, the cash cost appears annually and source quality and biosecurity become risk factors.
The model carries a cull rate consistent with the herd’s age structure and actual reproductive performance, credits cull cow and bull sales in the years they occur, and treats bull replacement as the recurring capital expense it is.
A cow-calf operation holds a breeding herd as a long-lived asset and sells one calf crop per cow per year. Its economics turn on conception rate, weaning percentage, weaning weight, and the cost of carrying a cow for twelve months, and its exposure is principally to price.
A stocker or backgrounding operation buys lightweight cattle, adds weight, and sells them heavier, so its economics turn on buy-sell margin and cost of gain with exposure on both ends of the transaction. A stocker can lose money in a rising market if the purchase was mistimed. The two are modeled separately, and where both run on the same grass the forage is allocated between them.
The model produces a ten-year pro forma with sensitivity at ±5, 10, and 15 percent applied to cattle price, weaning weight, and weaning percentage independently and in combination, plus interest-rate stress from +0.5 to +3.0 percent in half-point increments.
The applicable minimum depends on the lender and programme rather than on any universal figure. Farm Credit and conventional agricultural lenders set their own standard, commonly around 1.20x, and the study is built to whichever standard the institution underwriting the credit actually applies.
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, which is the condition that makes an independent determination possible.
Because scope varies with land area, herd size, the number of enterprises, lease complexity, 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. Rush delivery is available when a lender’s commitment deadline requires it.
A ranch engagement typically requires herd inventory and calving records, weaning weights, three years of tax returns and a current balance sheet, deeds and any grazing lease or allotment documentation, a map of the land base with water and fencing, recent sale receipts, and the proposed loan term sheet. Missing items are identified at intake rather than at the end.
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.