Meat cooking statistics show two practical realities: safety depends on internal temperature, while the amount and texture you get depend heavily on the cut and cooking method. USDA FSIS guidance places many whole cuts at 145°F with a 3-minute rest, ground meats at 160°F, and poultry at 165°F. USDA ARS yield studies also show that cooking can leave roughly 65% to 86% of a cut’s starting weight, depending on the food and method.
Contents
- Safe internal temperatures by food
- What the thermometer statistics mean
- Cooking yield by beef cut and method
- Pork yields and fat-level differences
- Braising, grilling, and cooking loss
- Cooking time and practical planning
Safe internal temperatures by food
The most useful meat cooking statistic is the minimum internal temperature. USDA FSIS’s Safe Minimum Internal Temperature Chart gives different thresholds for whole cuts, ground products, poultry, seafood, eggs, casseroles, and leftovers. These are internal readings, not surface color measurements.
| Food or preparation | Minimum internal temperature | Additional direction |
|---|---|---|
| Beef, pork, veal, or lamb steaks, chops, and roasts | 145°F | Rest 3 minutes before carving or eating |
| Ground meat | 160°F | Applies to ground meat in the USDA FSIS chart |
| Ground poultry | 165°F | Cook to the higher poultry threshold |
| All poultry | 165°F | Includes breasts, whole birds, legs, thighs, wings, giblets, and stuffing |
| Fresh or smoked uncooked ham | 145°F | Rest 3 minutes |
| Fully cooked ham from a USDA-inspected plant | 140°F | Reheat to this temperature |
| Other fully cooked ham | 165°F | Reheat to this temperature |
| Eggs | 160°F | USDA FSIS chart guidance |
| Fish and shellfish | 145°F | USDA FSIS chart guidance |
| Leftovers and casseroles | 165°F | Reheat or cook to this temperature |
The CDC gives matching benchmarks for several meat categories in its Preventing Food Poisoning guidance. Whole cuts of beef, veal, lamb, and pork, including fresh ham, are listed at 145°F with a 3-minute rest. Ground beef and pork are listed at 160°F, while poultry—including ground chicken and turkey—is listed at 165°F. The CDC also gives fish with fins a 145°F benchmark, or says the flesh should be opaque and separate easily with a fork.
For wild-game cooks, the temperature distinction matters more than the label on the recipe. A whole cut and a ground preparation do not share the same USDA FSIS minimum. Likewise, poultry and ground poultry use 165°F, rather than the 145°F threshold used for many whole red-meat cuts.
What the thermometer statistics mean
USDA FSIS says a food thermometer is the only reliable way to tell whether meat is safely cooked. That advice is especially important because appearance is not a consistent measurement. USDA FSIS warns that visual signs of doneness can lead to overcooking and dry meat or to undercooking and foodborne illness.
Grilling creates an additional measurement problem. USDA FSIS says meat and poultry cooked on a grill can brown quickly on the outside, so a thermometer is needed to confirm the safe internal temperature. Its grill guidance sets raw beef, pork, lamb, and veal steaks, chops, and roasts at 145°F, raw ground beef, pork, lamb, and veal at 160°F, and poultry at 165°F.
The grill guidance also says never to partially grill meat or poultry and finish cooking it later. That is a process rule rather than a yield statistic, but it directly affects how a cook plans a batch: the food should be cooked through during the cooking session instead of relying on a delayed finish.
The temperature numbers can be summarized as three main safety bands for meat preparation:
- 145°F for many whole cuts of beef, pork, veal, and lamb, with the specified 3-minute rest.
- 160°F for ground meat, including ground beef and pork.
- 165°F for poultry, ground poultry, leftovers, and casseroles.
Those bands describe minimum internal temperatures from USDA FSIS and CDC guidance. They do not describe preferred texture, doneness preferences, or a guaranteed cooking time. A thermometer reading answers the safety question; the cut, thickness, method, and desired texture still determine how long the food stays on the heat.
Cooking yield by beef cut and method
Cooking yield is the percentage of the starting food that remains after cooking. USDA ARS retail-beef research reported meaningful differences among cuts and methods. In that study, roasted ribeye had a 76% cooking yield, while grilled ribeye had an 83% yield. Grilled chuck eye had an 80% yield, compared with 84% for roasted chuck eye.
The highest yield reported in the cited beef study was 86% for grilled top loin steak trimmed to 1/8 inch fat. That same result included a 3% fat gain. USDA ARS reported that most other beef cuts in the study lost fat during cooking rather than gaining it. The result is a reminder that yield is not simply a measure of water loss: the measured balance can also reflect changes in fat.
Selected USDA ARS beef yield figures show the spread more clearly:
| Beef item and preparation | Cooking yield |
|---|---|
| Grilled top loin steak, trimmed to 1/8 inch fat | 86% |
| Roasted chuck eye | 84% |
| Grilled ribeye | 83% |
| Grilled top loin steak, separable lean and fat, 1/8-inch trim | 82% |
| Grilled shoulder steak, boneless, 0 fat trim | 78% |
| Roasted ribeye | 76% |
| Braised shoulder top blade steak, boneless, 0 fat trim | 73% |
| Braised shoulder pot roast, boneless, 0 fat trim | 66% |
The broader USDA Table of Cooking Yields for Meat reports 80% for grilled tenderloin steak with separable lean and fat trimmed to 1/8 inch, and 80% for grilled top sirloin steak with the same stated trim. It reports 82% for grilled top loin steak with separable lean and fat, as well as 82% for broiled or grilled top loin steak. The table also reports 82% for broiled or grilled top loin steak when listed as separable lean only.
Braising produced the lowest beef yields in the retail-cut study, at 65% to 67%. The broader yield table gives a closely related example: braised shoulder pot roast, boneless and trimmed to 0 fat, had a 66% yield. Braised shoulder top blade steak had a 73% yield in both the separable-lean-and-fat and separable-lean-only entries listed in that table.
Pork yields and fat-level differences
USDA ARS yield figures also show that pork outcomes vary by cut and cooking method. In a single-muscle pork-cut study, cooking yield was 72% for braising compared with 82% for broiling. The same study reported an 82% cooked yield for broiling.
The USDA Table of Cooking Yields for Meat lists 74% for braised boneless pork top loin chops, separable lean only, and 78% for pan-fried boneless pork top loin chops, separable lean only. For pork shoulder, Boston butt blade steaks cooked by braising had a 65% yield when listed as separable lean only. Braised pork shoulder arm picnic had a 74% yield with separable lean and fat and a 75% yield when listed as separable lean only.
Other pork entries were higher. Broiled or grilled pork shoulder petite tender, boneless, with separable lean and fat, had an 82% yield. Baked or roasted pork spareribs, separable lean and fat, had a 76% yield. These figures are not interchangeable: the reported cut, trim description, and method are part of each measurement.
Ground pork also showed a narrow but measurable spread by fat category. USDA ARS reported 66% for pan-browned pork ground crumbles with high fat greater than 27%, 68% for low fat less than 10%, and 67% for medium fat from 10% to 27%.
| Pork item and preparation | Cooking yield |
|---|---|
| Broiled or grilled shoulder petite tender | 82% |
| Pan-fried top loin chops, lean only | 78% |
| Baked or roasted spareribs | 76% |
| Braised shoulder arm picnic, lean only | 75% |
| Braised top loin chops, lean only | 74% |
| Braised shoulder arm picnic, lean and fat | 74% |
| Pan-browned ground crumbles, low fat under 10% | 68% |
| Pan-browned ground crumbles, medium fat 10%–27% | 67% |
| Pan-browned ground crumbles, high fat over 27% | 66% |
| Braised Boston butt blade steaks, lean only | 65% |
Braising, grilling, and cooking loss
Across the cited yield data, braising often appears at the lower end and grilling or broiling often appears at the higher end, but the comparison must remain tied to the specific cut. USDA ARS reported 65% to 67% yields for braised beef cuts in the retail-beef study, while grilled beef examples ranged from 78% to 86% in the cited table and study.
For ribeye, the method comparison was 76% roasted versus 83% grilled. For chuck eye, the reported comparison was 84% roasted versus 80% grilled, showing that the pattern does not move in one direction for every cut. For pork in the single-muscle study, the reported values were 72% for braising and 82% for broiling.
USDA ARS also reported a cooking-loss comparison from beef research: belt-grill cooked samples had a 21.5% cooking loss, versus 25.8% for electric-broiler cooked samples. These are losses, not yields, and they come from a separate publication. They should not be converted into a universal rule for every steak or grill.
Yield and cooking loss describe related but distinct measurements. A yield percentage states how much of the original amount remained in the study measurement. A cooking-loss percentage states how much was lost under the cited test conditions. Cut identity, trimming, preparation, and method all remain essential context.
Cooking time and practical planning
USDA ARS beef research reported that combination broiler-grilling cooked steaks in about 16 minutes, compared with 29 minutes for grilling. The difference was 13 minutes within that research comparison, but the timing should not be treated as a general cooking schedule for every steak. Thickness, starting temperature, equipment, and target internal temperature can change the time required.
The most reliable planning sequence is therefore measurable rather than visual. Choose the applicable USDA FSIS or CDC temperature category, cook with a thermometer, and use the method-specific yield figures as context for how much finished food may remain. For whole red-meat cuts at the 145°F threshold, include the specified 3-minute rest where required. For ground meat, use 160°F; for poultry, ground poultry, leftovers, and casseroles, use 165°F.
The cited statistics also suggest why a wild-game recipe should state its cut and method clearly. A grilled top loin result at 86% cannot stand in for a braised shoulder result at 66%, and a 16-minute combination broiler-grill result cannot replace a thermometer reading. Temperature determines the safety checkpoint; method and cut shape the yield, loss, and timing.