Tool
Safe Cooking Temperature Guide
Look up the USDA safe minimum internal cooking temperature for any food you're preparing, with the correct rest time included every single time.
Safe Cooking Temperature Guide
165°F
74°C
Applies to all poultry — chicken, turkey, duck, goose — whole cuts and ground alike.
Source: USDA FSIS minimum internal cooking temperature guidance.
Undercooking meat, poultry, or eggs isn't a matter of taste the way undercooking pasta is — it's a genuine food-safety question with a specific, non-negotiable minimum internal temperature behind it, published and updated by USDA's Food Safety and Inspection Service (FSIS).
This tool looks up the correct safe minimum internal cooking temperature for a given food, including the required rest time where FSIS specifies one — a detail that's frequently left off simpler temperature charts even though it's part of the actual safety standard, not an optional extra step.
It exists because these numbers are genuinely easy to get wrong from memory or outdated advice — most people, for instance, still believe pork needs to be cooked well-done, a standard USDA revised years ago in favor of 145°F with a 3-minute rest.
How the Safe Cooking Temperature Guide works
The tool looks up your selected food category against a fixed table of USDA FSIS-published minimum internal temperatures, each cross-checked against FDA Food Code minimums. These are not estimates or industry rules of thumb — they're the specific temperatures at which USDA has determined the relevant pathogens are reliably destroyed.
Where FSIS specifies a required rest time (currently whole cuts of beef, pork, veal, and lamb, and fresh or smoked uncooked ham, all at 145°F with a 3-minute rest), the tool surfaces that rest time as part of the answer, not a footnote — the temperature continues doing safety work during the rest period, so skipping the rest is skipping part of the actual safety standard, not just a texture preference.
Ground meats get a notably higher minimum (160°F) than whole cuts of the same animal (145°F) for a specific reason: grinding spreads any surface bacteria throughout the meat, so the entire mass needs to reach a higher kill temperature rather than just the exterior.
Worked example: a pork roast vs. ground pork
A whole pork roast (a solid cut, not ground) needs to reach 145°F internally, then rest for 3 minutes before carving — a standard USDA revised from the older "well-done" 160°F+ recommendation, since a whole cut's surface bacteria doesn't reach the interior.
Ground pork, by contrast, needs 160°F with no separate rest requirement, because grinding mixes any surface-level contamination through the entire batch of meat — the higher temperature is doing the same safety job that the 145°F-plus-rest combination does for a solid cut.
Edge cases this tool handles correctly
- Stuffing cooked inside poultry
- If stuffing is cooked inside a bird rather than separately, USDA requires that BOTH the stuffing's center and the bird's thickest part independently reach 165°F — checking only the bird's temperature and assuming the stuffing is safe is a common and genuinely risky mistake.
- Reheating leftovers vs. cooking from raw
- Leftovers and casseroles being reheated need to reach 165°F regardless of what temperature they were originally cooked to — reheating isn't held to the lower "whole cut" standards even if the dish originally contained, say, a 145°F-safe piece of beef.
- Precooked ham vs. raw ham
- Precooked ham (fully cooked before packaging, check the label) only needs to be reheated to 140°F, while fresh or smoked UNCOOKED ham needs the full 145°F-with-3-minute-rest treatment — the two aren't interchangeable, and using the lower reheating temperature on raw ham would be unsafe.
Frequently asked questions
Is the 3-minute rest for beef, pork, veal, and lamb actually part of the safety standard, or just a suggestion?
It's part of the USDA safety standard for those whole cuts at 145°F, not a texture-only suggestion — the meat's temperature continues to do pathogen-reduction work during that 3-minute window.
Why does ground meat need a higher temperature than a steak or roast of the same animal?
The grinding process itself is the reason — it distributes whatever bacteria was on the surface all through the batch, so a lower, surface-focused temperature that's safe for a solid cut isn't enough once that meat has been ground.
Can I tell if meat is safely cooked by color alone?
No — color is not a reliable safety indicator; USDA specifically recommends a food thermometer over visual cues like pink color or clear juices, which can be misleading in either direction depending on the cut and how it was cooked.
How often is this data updated?
It's checked against USDA FSIS's current published guidance on an annual refresh cadence, since these figures are occasionally revised (as happened with pork's minimum temperature) — see the Methodology page for the exact date this data was last checked.