How to Calculate Edible Yield When Buying Meat

If you buy 1 kilogram of meat, you may not end up with 1 kilogram of meat available to serve.

Some weight can disappear through:

• Bones
• Skin you do not eat
• Fat you trim
• Other trimming
• Moisture lost during cooking

That is why grocery quantity calculations become much more accurate when you know the meat’s edible yield.

The basic formula is:

For example:

Purchased meat:

1,000 g

Cooked edible meat:

650 g

Yield:

That means:

1 kg purchased → approximately 650 g usable cooked meat

If you need:

1,300 g cooked meat

you can reverse the calculation:

You would need approximately:

2 kg of that meat

assuming the same preparation and yield.

USDA’s Food Buying Guide uses the same underlying distinction between food As Purchased, or AP, and the Edible Portion, or EP, because the quantity purchased can differ from what is actually available for serving.

What does edible yield mean?

Edible yield tells you what proportion of a food purchase becomes the usable food you are measuring.

Suppose you purchase:

2 kg bone-in meat

After cooking and removing the bones, you have:

1.1 kg meat

Yield:

or:

55%

Another way to write it is:

2 kg AP → 1.1 kg EP

USDA uses AP and EP concepts in its Food Buying Guide to help determine how much food needs to be purchased to provide a required amount for serving.

Decide which yield you actually need

There is not just one useful meat yield.

You can calculate:

Raw edible yield

How much usable raw meat remains after removing bones, skin, or trimming.

Cooking yield

How much cooked meat remains from the raw edible meat.

Overall cooked edible yield

How much cooked meat reaches the plate compared with the original purchased weight.

For household grocery planning, the third number is often the most useful.

Raw edible yield

Use:

Example:

Purchased:

1,000 g

After removing bone and trimming:

750 g usable raw meat

Calculation:

Your raw edible yield is:

75%

This is useful when a recipe asks for:

500 g raw boneless meat

but the product you plan to purchase contains bones or significant trimming.

Calculate how much raw bone-in meat to buy

Suppose your recipe requires:

600 g raw edible meat

Your usual raw edible yield from that cut is:

75%

Use:

Calculation:

You need approximately:

800 g as purchased

to obtain:

600 g usable raw meat

USDA’s Food Buying Guide demonstrates this general method by dividing the edible amount required by the relevant yield factor to determine the amount that must be purchased.

Cooking yield

Now suppose those:

750 g raw edible meat

become:

600 g cooked meat

Cooking yield:

or:

80%

This tells you:

100 g raw edible meat → approximately 80 g cooked meat

for that particular cut and preparation.

Meat weight can change during cooking partly because its moisture content changes. USDA FSIS documents differences in water content between raw and cooked meat and poultry.

Overall cooked edible yield

If you started with:

1,000 g purchased

and finished with:

600 g cooked edible meat

use:

Overall cooked edible yield:

60%

This one number captures:

purchase → trimming → cooking → edible meat

For grocery planning, that is often exactly what you need.

Keep the three yields separate

Using the example above:

Purchased:

1,000 g

Raw edible after trimming:

750 g

Cooked edible:

600 g

Therefore:

Raw edible yield

Cooking yield

Overall cooked yield

Notice:

That relationship can be useful.

Combined yield formula

If you separately know:

Raw edible yield = R

and:

Cooking yield = C

then:

Example:

Raw edible yield:

0.70

Cooking yield:

0.80

Overall:

or:

56%

So:

1 kg purchased → about 560 g cooked edible meat

under those assumptions.

Why meat yield is not universal

Do not create a rule such as:

all meat loses 25%

or:

all bone-in meat yields 60%.

USDA notes that cooked meat and poultry yields vary with factors including the type, age, fat content and weight of the animal, plus the cooking method, time, and temperature.

Yield can also change because of:

• Cut
• Bone size
• Skin
• Amount of trimming
• Cooking method
• Cooking duration
• How much fat is retained
• What your household actually eats

This is why food-specific or household-specific yield is more useful than one generic percentage.

Bone-in meat usually needs a yield calculation

Suppose:

Bone-in meat purchased:

1,500 g

Cooked edible meat obtained:

825 g

Overall yield:

If your household needs:

1,100 g cooked meat

purchase requirement:

You need approximately:

2 kg bone-in

at that yield.

Without the calculation, buying:

1.1 kg

because you need 1.1 kg cooked would leave you substantially short.

Boneless meat can still have cooking loss

Boneless does not mean:

100% cooked yield.

Suppose:

1,000 g raw boneless meat

becomes:

750 g cooked meat.

Overall yield:

75%

If you need:

1.5 kg cooked:

You need approximately:

2 kg raw boneless meat

for that cooked requirement.

USDA’s lamb example shows why yield matters

USDA FSIS states that one pound of raw bone-in lamb leg or roast yields about 8 to 9 ounces of edible meat after cooking, while ground lamb or boneless cuts yield about 10.5 ounces per raw pound.

Using the midpoint of the bone-in estimate:

8.5 oz ÷ 16 oz ≈ 53%

Boneless example:

10.5 ÷ 16 ≈ 66%

The exact household result can differ, but this official example demonstrates why equal raw purchase weights can produce substantially different cooked edible amounts.

Use USDA yield information as a starting point

The USDA Food Buying Guide contains meat and meat-alternate yield information and specifically notes that yields vary by food and preparation.

This can be helpful when:

• You have never cooked the cut before.
• You need a planning estimate.
• You want to compare products.

For foods you buy repeatedly, your own measured household yield may become even more useful.

How to measure your own meat yield

You only need a kitchen scale.

Example:

1,840 g

Record this before trimming or cooking.

Remove only the parts your household normally does not use.

Examples might include:

• Bone
• Skin, if not eaten
• Excess trimming

Weigh the raw usable meat.

Example:

1,400 g

Raw edible yield:

1,400 ÷ 1,840 × 100 ≈ 76%

Use your normal preparation.

After cooking and removing any remaining bones or parts you do not serve:

1,080 g

1,080 ÷ 1,840 × 100 ≈ 58.7%

Round to:

about 59%

For future planning, you can use:

0.59

as a working yield for that particular product and preparation method.

You do not need to measure every purchase

Measure the foods where yield materially affects your shopping.

Good candidates include:

• Whole poultry
• Bone-in chicken pieces
• Roasts with substantial bones
• Bone-in pork
• Bone-in lamb
• Cuts requiring significant trimming

A boneless product with very little trimming may not require detailed yield tracking every week.

Measure the same product several times

One purchase can be unusual.

Suppose your results are:

Purchase 1:

56%

Purchase 2:

60%

Purchase 3:

58%

Average yield:

Save:

58%

as your household planning estimate.

This reduces the effect of one unusually large bone or unusual cooking result.

Weighted yield is even better when package sizes differ

Suppose:

Batch 1

Purchased:

1 kg

Cooked edible:

600 g

Batch 2

Purchased:

2 kg

Cooked edible:

1,100 g

Do not simply average:

60% and 55%

if you want the most accurate combined yield.

Instead total everything.

Purchased:

Cooked edible:

Combined yield:

That gives larger batches the appropriate weight.

Use the weighted-yield formula

This is particularly useful after tracking several weeks.

For example:

Total purchased over a month:

8.5 kg

Total cooked edible meat:

5.1 kg

Personal yield:

Now you have a strong household planning number.

Build a meat-yield library

You could keep a simple table:

You only need to fill in foods you actually buy.

This turns future grocery planning into quick multiplication instead of repeated guessing.

Cooking method belongs in the yield record

Do not record only:

Chicken thigh = 60%

Record:

if that is what you actually measured.

The same meat cooked differently may produce a different yield.

USDA specifically notes that cooking method, time, and temperature can affect cooked meat and poultry yields.

Do not mix bone-in and boneless records

Suppose:

Bone-in thigh yield:

55%

Boneless thigh yield:

75%

Saving them both as:

Chicken = 65%

destroys useful information.

Keep separate entries for purchase forms that produce meaningfully different usable quantities.

Do not mix skin-on and skinless when your household treats the skin differently

If your household eats the skin:

include it in the edible amount.

If your household removes it:

do not include it.

Your edible yield should represent:

the food your household actually considers usable

for the meal you are planning.

Do not automatically count trimmed fat as edible meat

If you trim and discard a portion before cooking, it is not part of the usable meat yield for the calculation.

If the fat is intentionally used in the dish, then the calculation may differ.

Define your output clearly.

For example:

Yield of cooked lean meat

is different from:

yield of all edible cooked product.

Define your yield before measuring it

Write one clear sentence:

I am calculating the percentage of purchased raw meat that becomes cooked meat my household actually serves.

Then the final weighing becomes straightforward.

Without a definition, you may include skin one week and exclude it the next, making your numbers difficult to compare.

Edible yield is not the same as food waste

Suppose you purchase a bone-in roast.

Bone:

300 g

Normal trimming:

100 g

These reduce the edible yield.

Now suppose:

200 g cooked edible meat sits in the refrigerator until it is discarded.

That is a different problem.

The first is:

yield

The second is:

avoidable edible food waste

Do not mix the two.

Example

Purchase:

1,500 g

Cooked edible output:

900 g

Overall yield:

60%

You eat:

750 g

Discard:

150 g edible meat

The product’s yield is still:

60%

But your actual eaten quantity is:

750 g

Effective eaten yield:

For grocery planning, use the normal cooking yield.

For food-waste analysis, separately track the 150 g edible food discarded.

Leftovers do not reduce yield

Suppose you cook:

1 kg raw meat.

Cooked edible:

750 g.

Dinner uses:

500 g.

250 g goes into tomorrow’s lunch.

Cooking yield:

75%

not:

50%

The leftover remains usable food.

Yield is determined by:

usable output

not by whether all of it is eaten during the first meal.

Freezer portions also remain edible output

Suppose:

750 g cooked output

400 g eaten

350 g frozen

Yield remains:

75%

The freezer portion is inventory.

Do not reduce yield merely because the food crosses into another week.

Use yield to calculate how much meat to buy

This is where the calculation becomes most useful.

Formula:

Suppose you need:

1,800 g cooked meat for the week

Working yield:

60%

Calculation:

Buy approximately:

3 kg raw as-purchased meat

assuming the same cut and preparation.

Weekly grocery example

Household needs cooked meat for:

Monday:

600 g

Wednesday:

450 g

Saturday:

600 g

Total:

1,650 g cooked

Working yield:

55%

Purchase requirement:

You need approximately:

3 kg

as purchased.

Without the yield adjustment, buying:

1.65 kg

would leave the meal plan far short.

Subtract existing inventory after converting it consistently

Suppose weekly cooked requirement:

1,650 g

Freezer already contains:

450 g cooked meat

Remaining cooked requirement:

Now convert the gap.

Yield:

60%

Raw purchase needed:

Buy approximately:

2 kg

Do not subtract:

450 g cooked inventory

directly from:

raw purchase weight

without converting the units to the same state.

Keep raw and cooked inventory separate

A practical freezer list might say:

Raw chicken: 1 kg

Cooked chicken: 400 g

These cannot simply be added as:

1.4 kg usable cooked chicken

Apply yield to the raw inventory first.

If raw yield is:

75%

1 kg raw represents approximately:

750 g cooked

Estimated cooked coverage:

That is the comparable quantity.

Use yield to calculate servings per package

Suppose:

Raw package:

2 kg

Cooked edible yield:

65%

Expected cooked amount:

Household portion:

130 g

Number of portions:

So the package provides approximately:

10 household portions

under your yield and portion assumptions.

Servings-per-purchase formula

Example:

Purchased:

1,500 g

Yield:

60%

Portion:

150 g

Calculation:

Approximately:

6 portions

This is extremely useful for grocery planning.

Calculate package coverage

Suppose a 3 kg meat package has a:

70% cooked edible yield.

Cooked food:

Family uses:

700 g per dinner.

Coverage:

Now the package is much easier to understand than simply saying:

3 kg meat

Use yield to calculate real cost

Yield affects price too.

Suppose meat costs:

$8/kg as purchased

Cooked edible yield:

65%

Real cooked edible cost:

That is what each kilogram of cooked edible meat effectively costs before any additional avoidable waste.

Real-cost formula

Example:

Price:

$5/kg

Yield:

50%

Real edible cost:

$10/kg

Another:

Price:

$7/kg

Yield:

80%

Real:

$8.75/kg

The $7 meat looks more expensive at the shelf.

After yield, it is cheaper per usable kilogram.

Calculate cost per cooked household portion

Suppose:

Purchase price:

$10/kg

Yield:

75%

Real cooked cost:

$13.33/kg

Household cooked portion:

150 g, or 0.15 kg

Cost per portion:

$13.33 × 0.15 ≈ $2

This lets you connect:

meat-counter price

to:

meal cost.

Another direct method

Suppose the package costs:

$16

After cooking, it produces:

1,200 g edible meat

Household portions:

150 g

Portions:

Cost per portion:

You do not even need the percentage if you already know the final edible amount.

Calculate yield from portion count

If you know the package created:

10 portions

of:

120 g cooked meat

total cooked edible output:

If raw purchase was:

2 kg

yield:

This can be easier if you already divide cooked meat into standard meal containers.

Portion containers make yield tracking easy

For example:

Raw purchase:

3 kg

After cooking you prepare:

8 containers × 250 g

Total cooked edible:

2,000 g

Yield:

You now know both:

yield = about 67%

and:

package provides 8 meal portions

from one measurement.

Use exact weights before rounding

Suppose:

Purchased:

1,875 g

Cooked edible:

1,216 g

Calculation:

You can record:

65%

for practical planning.

Do not round the weights substantially before calculating or the error can compound.

Round the purchase quantity at the end

Suppose required cooked amount:

1,500 g

Yield:

63%

Purchase calculation:

1,500 ÷ 0.63 ≈ 2,381 g

The store sells approximately:

500 g packs.

You might need:

5 packs

or around:

2.5 kg

Do the yield calculation first.

Then convert to the package size.

Package remainder should become inventory

Calculation says:

Need:

2.38 kg

You buy:

2.5 kg

Extra raw purchase:

120 g

After a 63% yield, that could represent roughly:

76 g cooked edible meat

You can:

• Add it to portions
• Combine it with another meal
• Carry it into freezer inventory if appropriate

The extra package quantity is not automatically waste.

Use yield when scaling recipes

Suppose a recipe needs:

900 g cooked shredded meat

Your personal yield:

60%

Required raw purchase:

If doubling the recipe:

Cooked requirement:

1,800 g

Raw:

This is more reliable than doubling an arbitrary raw meat purchase that may not have matched the first recipe properly.

Ground meat still has a cooking yield

Ground meat may have no bone, but cooking can still change its weight.

That means:

raw edible yield may be close to the full purchased amount

while:

cooked yield is lower.

If your recipes are written in raw weight, this may not matter much.

If your meal plan requires a specific cooked quantity, cooking yield becomes relevant.

Highly fatty products can have very different cooked yields

Do not assume a lean and a higher-fat product produce the same cooked amount from equal raw weights.

USDA notes that meat yield varies with fat content as well as cooking method and other characteristics.

If you regularly compare products with substantially different compositions, measure each separately.

Bacon is a good reminder that cooking yield can be large

USDA FSIS notes that cooked bacon yield can be about 40% of raw weight in the context it describes.

That does not mean every meat has a 40% yield.

It illustrates exactly why one universal raw-to-cooked conversion cannot be applied across meat products.

Do not use a bacon yield for chicken

Likewise, do not use:

• Whole-chicken yield for chicken breast
• Lamb-leg yield for pork
• Bone-in yield for boneless
• Ground-meat yield for steaks

Match the yield to the product and preparation as closely as practical.

Meat safety and meat yield are separate questions

Yield calculations help determine:

quantity and cost.

They do not determine whether meat is safely cooked.

USDA gives product-specific minimum internal temperatures and rest times for meat and poultry and recommends checking temperature with a food thermometer.

Do not intentionally undercook meat simply to obtain a higher weight or yield.

Food safety comes first.

Do not deliberately overcook for a “consistent yield” either

Your yield estimate should describe:

the preparation you actually want to eat

not a cooking method chosen to make the spreadsheet easier.

Prepare the meat appropriately, measure the resulting yield, then plan from that result.

A complete bone-in example

Purchase:

2.4 kg

Price:

$4/kg

Total cost:

$9.60

After normal raw trimming:

1.7 kg

After cooking and removing remaining bones:

1.35 kg

Raw edible yield

Cooking yield from raw edible meat

Overall cooked edible yield

Real cooked cost per kg

150 g portions

Cost per portion

$9.60 ÷ 9 ≈ $1.07

One purchase now gives you:

56% overall yield

9 household portions

about $1.07 meat cost per portion

Those numbers are much more useful than:

$4/kg raw

alone.

A complete boneless example

Purchase:

2 kg

Price:

$5.50/kg

Cost:

$11

Little trimming is required.

Cooked edible:

1.5 kg

Overall cooked yield:

Real cooked cost:

150 g portions:

Cost:

$1.10 per portion

Compare with the previous hypothetical bone-in example:

Bone-in:

$1.07 per 150 g

Boneless:

$1.10

The shelf prices looked very different:

$4/kg versus $5.50/kg

But real portion cost differs by only:

$0.03

That is why yield matters.

Use yield to compare sale prices

Suppose your normal boneless product costs:

$8/kg

with:

75% cooked yield.

Real cooked cost:

$10.67/kg

A bone-in cut goes on sale for:

$5/kg

Your measured yield:

50%

Real cooked cost:

$10/kg

Bone-in sale wins slightly.

Without yield math, the:

$3 shelf-price gap

might have looked much larger than the real difference.

Use yield to evaluate bulk purchases

Bulk bone-in package:

5 kg

Price:

$20

Yield:

55%

Expected cooked edible meat:

Real cost:

If the household uses:

550 g per meal:

Now ask:

• Do I need five meals?
• Can I store them?
• Does the package fit the budget?

Yield makes the bulk package easier to evaluate realistically.

Your yield can improve grocery forecasting

Suppose your household repeatedly needs:

2 kg cooked chicken each week

You previously guessed:

2.5 kg raw

but frequently ran short.

After measuring, you discover:

Yield:

65%

Correct raw requirement:

2 ÷ 0.65 ≈ 3.08 kg

Your problem was not necessarily portion size.

Your purchase estimate ignored yield.

The opposite can happen too

Suppose you buy:

4 kg

every week.

Actual need:

2 kg cooked.

Yield:

70%

Purchase requirement:

2 ÷ 0.70 ≈ 2.86 kg

You may be overbuying by more than:

1 kg raw

each week.

A simple yield measurement can correct repeated grocery errors.

A reusable meat-yield worksheet

PRODUCT

Meat/cut:

—

Bone-in or boneless:

—

Skin-on or skinless:

—

Cooking method:

—

PURCHASE

Raw as-purchased weight:

g

Price paid:

—

OPTIONAL RAW EDIBLE WEIGHT

Weight after trimming:

g

Raw yield:

%

COOKED OUTPUT

Cooked edible weight:

g

Overall yield:

%

COOKING-ONLY YIELD

If raw edible weight was measured:

Cooking yield:

%

PORTIONS

Household cooked portion:

g

Portions:

—

COST

Cost per 100 g:

—

Cost per household portion:

—

Build a multi-purchase record

Then calculate:

This gives you a strong personal planning number.

The five formulas worth saving

Raw edible yield

Raw edible weight ÷ purchased weight × 100

Cooked edible yield

Cooked edible weight ÷ purchased raw weight × 100

Purchase quantity required

Desired edible quantity ÷ yield decimal

Expected cooked amount

Purchased quantity × yield decimal

Real edible cost

Purchase price ÷ edible quantity

Those five formulas cover most household meat-yield questions.

Common mistakes

Assuming purchase weight equals edible weight

Bone, trimming, and cooking can reduce the amount available to serve. USDA’s Food Buying Guide specifically distinguishes AP from EP for this reason.

Using one yield percentage for every type of meat

USDA notes that cooked yields vary with the meat, fat content, animal characteristics, cooking method, time, and temperature.

Mixing raw and cooked weights

Do not subtract or compare them without applying yield.

Measuring the meat before removing a bone, then counting the bone again later

Avoid double-counting the same yield loss.

Treating leftovers as lost yield

Usable leftovers remain edible output.

Treating freezer portions as food waste

Appropriately stored meat intended for future meals remains inventory.

Mixing edible yield with avoidable food waste

Bones and normal trimming affect yield. Forgotten cooked meat is a separate food-waste issue.

Using yield from another cut

Match the cut and purchase form as closely as possible.

Ignoring cooking method

Your roasted and braised versions may not produce identical yields.

Using one unusually small batch as a permanent rule

Measure several purchases when the food is important to your grocery budget.

Rounding too early

Calculate using the actual weights, then round the final shopping quantity.

Buying the cooked quantity as raw meat

If you need 1 kg cooked and yield is 65%, buying 1 kg raw will not provide enough.

Changing cooking for the sake of the yield number

Prepare food appropriately and use yield to describe the result, not to override food safety or quality.

Measure what reaches the plate

The most useful meat-yield calculation begins with two weights:

what you bought

and:

what became usable food

For a simple cooked calculation:

If:

1,000 g raw purchased

becomes:

600 g cooked edible meat

your yield is:

60%

That immediately tells you several things.

If you buy:

2 kg

you can expect approximately:

1.2 kg cooked meat

under similar conditions.

If you need:

1.8 kg cooked

you need approximately:

And if the meat costs:

$6/kg raw

its effective cooked edible cost is approximately:

USDA’s Food Buying Guide is based on this same fundamental difference between food As Purchased and its Edible Portion, while USDA also cautions that meat yields vary according to the specific product and how it is cooked.

For foods you buy regularly, measure your own yield a few times.

Record:

cut

bone-in or boneless

preparation

purchased weight

cooked edible weight

Then calculate one working percentage.

That small number can improve:

how much meat you buy

how many portions a package provides

how accurately you scale recipes

and:

how you compare meat prices

Instead of guessing that 2 kilograms of raw meat equals 2 kilograms of dinner, you can plan from the amount your kitchen actually produces.