Ioannis Kaimakamis

In Greece, beef finishing is still often discussed as if it were mainly a nutrition problem: “What ration do you run? What premix? What feed mill?” Feed matters, of course. But when you operate a six-month finishing cycle with tight spreads, feed is rarely what decides whether the system produces margin or quietly destroys capital.

I see beef finishing for what it is: a two-price system, where outcomes are driven by (1) the entry price of the male and (2) the exit price of the carcass, then protected by disciplined execution that preserves performance, carcass yield and the full post-slaughter value stack.

This insight is built on a clean baseline model: males entering at roughly 380 kg liveweight and exiting at 630 kg after 171 days, with an assumed average daily gain (ADG) of 1.46 kg/day and a carcass yield of 61%, i.e., roughly 384 kg carcass per animal. The stable design allocated a total of 840 m² for CapEx.   

It is a realistic, operationally grounded scenario, and because it is realistic, it reveals what actually matters.

The uncomfortable truth: the male is the cost base

The model’s total cost is €3,240.62 per animal, equivalent to €8.43 per kg of carcass.  

That number alone is useful, but the real insight sits in the structure behind it.

At an entry price of €6.20 per kg liveweight, the purchase of the male costs €2,356 per head.  

In other words, close to three-quarters of the entire cost base is committed on day one. This is why I insist that beef finishing is not “a feed business”. It is capital deployed into a narrow spread, and your first strategic act is not to feed it; it is to buy.

Feed and straw in the scenario cost roughly €516.81 per animal (with daily feeding averaging  9.5 kg compound feed and 2.5 kg straw per day, and totals of 1,627 kg feed and 428 kg straw per animal for the cycle).  

Add inbound transport, production overheads, transport to slaughter and slaughter costs, and you complete the cost stack.  

This cost anatomy changes the definition of competence. If you are entry-price dominated, you do not become resilient by chasing marginal ration improvements. You become resilient by building a procurement and batch-engineering capability:

• repeatable access to consistent beef (male) types (weight range, age profile, conformation),
• predictable health status and transition management,
• timing of inflows that matches housing and labour capacity (not the other way around),
• and commercial relationships that turn “availability” into “reliability”.

In Greek conditions, fragmented supply chains, variable batches, seasonality and real health volatility, this is not a simple procurement task. It is the core operating system.

The second uncomfortable truth: the carcass alone is almost break-even

At an exit price of €8.5 per kg carcass, carcass turnover sales generate about €3,266.55 per animal.  

That looks strong until you place it against the cost base and realise how thin the spread is.

Before subsidies, the model delivers €119.73 gross profit per head, around 3.6%.  

This is the point where many operators tell themselves the story they want to hear: “It works. Just scale it.” But the model’s internal mechanics tell a more precise story.

A meaningful part of that margin comes from by-products (hide, liver, cheeks, tongue, tail), valued at roughly €93.80 per animal in the scenario.  

In low-margin systems, by-products are not “extra”. They are a structural revenue line that must be actively managed: recovery, grading, handling, quality, channels and pricing. If you treat them as an administrative detail, they become leakage. If you treat them as a commercial asset, they stabilise the spread.

This is one of the quiet differentiators in Greek reality: many operations sell “kilos”, but they do not systematically monetise the whole animal. When spreads tighten, the difference between those two mindsets is the difference between sustainability and recurring disappointment.

Why I call it a two-price system: the P&L is leveraged to small moves

The most crucial reason this model matters is that it shows how sensitive the result is to small price movements.

Because each animal produces about 384 kg carcass, a €0.10/kg move in carcass price shifts the outcome by roughly €38 per head.  

Because each animal is purchased at 380 kg liveweight, a €0.10/kg move in the live animal entry price shifts the outcome by roughly €38 per head in the opposite direction.  

This symmetry is the essence of finishing economics: your margin is not protected by a wide cushion. It is protected by risk management and execution. You do not need a catastrophic mistake to lose money; you only need many small under-deliveries, slightly weaker batches, slightly worse health, slightly poorer by-product recovery, slightly higher shrink, slightly worse timing, until the spread is gone.

That is why my approach is systemic. It is not “good stockmanship” as a vague virtue; it is an operating method designed to prevent compounding leakage.

CAP Subsidies: accelerators, not foundations

In the scenario, a €250-per-head support appears, lifting the result to roughly €369.73 per head and a much healthier margin.  

It also lowers the implied break-even carcass price relative to the unsubsidised case.  

Subsidies matter. They reduce downside and enable scale. But I refuse to build an investment case that depends on them as the core logic. In serious systems, support is an accelerator, not a foundation. The foundation must be a model that survives market moves: procurement discipline, protected performance, controlled variability, and full-value commercial capture.

If the only reason a finishing plan “works” is support, then the true KPI is not ADG or carcass yield. It is regulatory continuity. That is not the risk profile I consider investable.

The performance line is not a forecast; it is a contract

The model assumes 1.46 kg/day for 171 days.  

This should not be treated as a spreadsheet line. It is a contract with reality that must be protected through process and discipline: transitions, biosecurity, respiratory control, stress management, bunk discipline, heat load mitigation, and consistency of daily routines.

In the Greek context, where operational noise and external shocks are not theoretical, the ability to protect performance is where experience becomes measurable. When the system is set correctly, you do not “hope” for ADG; you engineer the conditions that make ADG repeatable. And because the economics are thin, repeatability is the difference between a business and an exposure.

What this model ultimately says about professional finishing in Greece

This 171-day scenario is more than a budget. It is a diagnostic tool.

It tells you that beef finishing becomes investable only when the operator is simultaneously:

• a disciplined buyer (procurement and batch repeatability),
• a risk manager of entry/exit prices (not a passive taker of market conditions),
• an operator who protects performance and yield through systems,
• and a “commercial manager”, hahahaha… of by-products as a structural revenue line.    

That combination is rare in Greece, not because talent is missing, but because the industry often frames finishing as “feeding cattle” rather than “running a spread with operational control”. My work in these systems is precisely about reframing the problem, quantifying the levers, and designing operations that can withstand volatility rather than collapse when conditions stop being generous.

If you want a one-sentence conclusion, it is this:

“Beef finishing is not a feed business. It is a two-price business, and the winners in Greece will be those who can buy well, execute consistently, and monetise the whole animal, not just the headline kilos”.

IK, Dec, 2025