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HoReCa KB

Food Cost and Menu Pricing

Series: Restaurants — Menu and Economics Level: Practical Audience: Restaurant owners, executive chefs, GMs, F&B directors

Food Cost Is Not “What Ingredients Cost”

Section titled “Food Cost Is Not “What Ingredients Cost””

Food cost is the percentage of revenue consumed by ingredient costs. It’s a ratio — not an absolute number. That’s why a fine dining restaurant with expensive proteins can have the same food cost percentage as a fast-casual concept.

Target food cost % by concept:

  • Quick service / fast food: 25–35%
  • Fast casual: 28–32%
  • Casual dining: 28–35%
  • Fine dining (4–5 star): ~35%, up to 38% with premium ingredients
  • Catering and banquets: 25–30% (controlled quantities, guaranteed covers)
  • Bar / beverage-focused: 18–24% (beverages tracked separately)

The critical insight: Food cost percentage is not the goal in itself. A dish at 38% FC that sells for $28 generates $17.36 in contribution margin. A dish at 25% FC that sells for $10 generates $7.50. The first item is financially superior — even at a higher percentage. Optimize for dollars of margin, not just the percentage.

Two Levels of Food Cost

Section titled “Two Levels of Food Cost”

1. Food Cost Per Dish (Portion Cost)

Section titled “1. Food Cost Per Dish (Portion Cost)”

The ingredient cost to produce one serving.

Formula:

Food Cost % per dish = (Ingredient Cost / Selling Price) × 100


Example:
Truffle pasta: ingredients $8, selling price $28
FC% = (8 / 28) × 100 = 28.6%

2. Total Food Cost Percentage (Overall Operation)

Section titled “2. Total Food Cost Percentage (Overall Operation)”

All ingredient spend against total food revenue for a period.

Formula (inventory method):

FC% = (Opening Inventory + Purchases − Closing Inventory) / Food Revenue × 100


Example:
Opening inventory: $5,000
Purchases: $25,000
Closing inventory: $6,000
COGS = $5,000 + $25,000 − $6,000 = $24,000
Food revenue: $80,000
Total FC% = 24,000 / 80,000 × 100 = 30%

Three Pricing Methods

Section titled “Three Pricing Methods”

Method 1: Cost-Plus (Classic Approach)

Section titled “Method 1: Cost-Plus (Classic Approach)”
Selling Price = Ingredient Cost / Target FC%


Example: Ingredient cost = $6, target FC% = 30%
Selling price = 6 / 0.30 = $20

Simple to apply. Doesn’t account for competitor pricing or guest perception of value.

Method 2: Competitive Pricing

Section titled “Method 2: Competitive Pricing”

Survey 4–5 comparable competitors in your market. Identify the price range for each category (steaks, pasta, desserts). Position within that range based on your concept positioning and service level.

Method 3: Value-Based Pricing

Section titled “Method 3: Value-Based Pricing”

The price a guest pays reflects more than ingredient cost — it also reflects:

  • Uniqueness of the recipe or technique
  • Plating and presentation
  • The overall dining experience and atmosphere
  • Level of service

A fine dining restaurant might charge $55 for a dish with $12 in food cost — and be entirely justified, because the guest is paying for an experience, not just a plate of food.

Beverage Cost: Tracked Separately

Section titled “Beverage Cost: Tracked Separately”

Beverages have a different cost structure and different margin dynamics, so they’re measured independently.

Formula is the same:

Beverage Cost % = (Beverage Cost / Beverage Revenue) × 100

Target beverage cost % by category:

  • Non-alcoholic: 15–25%
  • Draft beer: 20–30%
  • Bottled wine: 25–35%
  • Cocktails: 15–25%
  • Spirits: 18–25%

Beverages are your primary margin engine. Coffee runs 300–500% markup; craft cocktails often reach 200–400%. This is why a restaurant can absorb a high kitchen food cost if the bar performs.

Where Money Leaks: Shrinkage and Variance

Section titled “Where Money Leaks: Shrinkage and Variance”

The gap between theoretical food cost (perfect execution, zero waste) and actual food cost is where money disappears.

Primary causes of variance:

CauseTypical Loss
Spoilage and waste1–3%
Over-portioning2–5%
Employee theft1–4%
Kitchen errors / re-fires1–2%
Inventory counting errors1–2%

How to control it:

  • Portioning scales at every station — weigh don’t eyeball
  • Weekly inventory of high-value items (proteins, premium spirits)
  • Monthly comparison of theoretical vs. actual FC
  • Formal waste log

Ideal Food Cost: Setting Your Target

Section titled “Ideal Food Cost: Setting Your Target”
Ideal FC = Revenue − (Labor + Occupancy + Other Operating Costs + Target Profit)
Ideal FC % = Ideal FC / Revenue × 100

If your ideal FC% = 28% and your actual is 33% — you have a 5% variance. On $80,000 in monthly revenue, that’s $4,000 per month leaking through some combination of waste, over-portioning, theft, or purchasing errors.

Prime Cost: The Most Important Profitability Metric

Section titled “Prime Cost: The Most Important Profitability Metric”
Prime Cost = Food Cost + Labor Cost
Prime Cost % = (FC + Labor) / Revenue × 100

Target Prime Cost %:

  • Fast food / QSR: 50–60%
  • Casual dining: 55–65%
  • Fine dining: 60–70% (higher labor investment in skilled staff)

If Prime Cost exceeds 70% consistently, the business is running at break-even or a loss.

Practical Example: Repricing a Problem Item

Section titled “Practical Example: Repricing a Problem Item”

Situation: Pasta carbonara is priced at $14. Ingredients cost $8. FC% = 57%. That’s catastrophic.

Options:

  1. Raise the price to $20 → FC% drops to 40% (still review against market)
  2. Reduce portion by 20% → ingredient cost becomes $6.40 → FC% at $14 = 46%
  3. Substitute the Parmigiano for a less expensive aged cheese → ingredients drop to $6 → FC% = 43%
  4. Combination: raise to $16 + optimize recipe → FC% = 37.5%

Always retest the dish after any recipe change and have your team taste it before re-launching.

Sources

Section titled “Sources”