Meat doneness temperatures: the chart, and the probe

Whole cuts of beef, pork, veal and lamb are safe at 145°F internal, followed by a rest of at least three minutes. Ground meat needs 160°F, and poultry needs 165°F in every form, whole birds, parts and ground alike. Those are USDA floors, measured in the meat before it leaves the heat. Steak doneness, rare through well done, is a different scale, and it is kitchen convention, not safety guidance. The two get confused constantly, so this page keeps them in separate columns.

Every cooker covered on this site is judged partly on temperature control. How tight a pellet controller holds its set point, how far a kettle swings between vent adjustments, what a gas burner's low end really is. All of that describes air. Safety and doneness both live inside the meat, and the only instrument that reads them is a probe pushed into the food. A smoker that holds 225°F all night still cannot say what the middle of the brisket reached.

The USDA safe minimums

The figures come from the USDA Food Safety and Inspection Service chart. They are minimums for safety, not targets for quality, and they are read with a food thermometer before the food comes off the heat.

Ground meat runs 15 degrees hotter than the steak it came from for a mechanical reason: grinding takes whatever bacteria sat on the surface and mixes it through the interior. On a whole cut the surface is the part the fire sears. In a grind, the surface is everywhere.

The floor is also not a finish line. Barbecue cuts like brisket and pork shoulder clear 145°F long before their connective tissue softens, and cooks run them far higher for texture. That is preference, not safety, and the chart allows it in so many words: higher temperatures are the consumer's choice.

Steak doneness, next to the safety line

No agency publishes a rare or a medium rare. The bands below are American restaurant convention, and they drift a few degrees from one kitchen to the next. They are listed so the menu words can be read against the safety figure, not as this site's recommendation. The number this site uses is the USDA one, and it sits beside each band so the two scales never blur.

A medium-rare steak at 130°F sits 15 degrees under the USDA recommendation. The table explains familiar restaurant language. It does not replace the official guidance above, and it is not advice to cook below it. Anyone at higher risk from foodborne illness should follow current agency advice, and every temperature should be checked with a probe rather than guessed from color or touch.

The conventional steak bands do not change USDA guidance for ground meat. Grinding can move surface bacteria through the interior, which is why the agency's number for burgers is 160°F.

Pull temperature and serve temperature

A large cut keeps cooking after it leaves the fire. The outer layers run hotter than the center, and that heat keeps moving inward while the meat sits. USDA builds the effect into its rest rule: during the three minutes after a whole cut comes off, the internal temperature holds or keeps rising, and the agency counts that time as part of what makes 145°F safe.

Cooks use the same physics when planning doneness, but carryover is not a fixed correction. A large roast can rise more than a thin chop, and grill temperature, cut shape and rest conditions all change the result. Learn the behavior of a particular cut by measuring it through the rest. For the USDA whole-cut guidance on this page, read 145°F before the meat comes off and then give it at least the stated three-minute rest.

What the lid thermometer actually measures

The dial in a grill lid reads the air at the lid. That is a real number about the wrong thing. It sits inches above the grate, up in the dome where the hottest air collects, and it says nothing about the interior of anything sitting on the grate. At food level the air can run meaningfully hotter or cooler than the dome reads, depending on where the fire is and where the food is parked.

A pellet controller is better instrumentation with the same limit. Its sensor holds air temperature at one point in the barrel, and the reviews here score cookers on how tightly they hold that number. Dinner is decided by a different number. Some pellet grills ship a wired food probe in the box, which is the maker conceding the point: the barrel and the meat are two separate measurements.

The instant-read thermometer

Appearance and color are not reliable indicators of safety or doneness, and FSIS reports that only about 15 percent of people consistently use a food thermometer. The same agency says one in four hamburgers may not be safely cooked even when it looks done.

An instant-read probe replaces the guessing with one number in a few seconds. Push it into the thickest part of the food, keep the tip off bone, fat and gristle, and read. For a thin patty, insert it sideways through the edge.

Buy it before any other accessory. A cover protects the purchase. The probe changes the outcome of every cook: it catches the chicken thigh that never reached 165°F and saves the pork chop headed for gray out of caution. Cheap air control plus a good meat number beats expensive air control used blind.

Use the instant-read probe in more than one spot, especially on irregular cuts, and keep its sensing area away from bone. A leave-in probe is useful for following a long cook; an instant-read still verifies the finish. For smoking, the pellet vs electric vs propane smoker guide explains how the three fuels differ in temperature control and owner involvement.