Safe Cooking Temperature Guide

USDA-recommended minimum internal temperatures to ensure food is safe to eat. Search by food type and toggle between Fahrenheit and Celsius.

Display:
145°F (63°C) 160°F (71°C) 165°F (74°C)
Food Category Temperature Notes
Beef Steaks & Roasts Beef 145°F 3 minute rest time
Pork Roasts Pork 145°F 3 minute rest time
Pork Chops Pork 145°F 3 minute rest time
Lamb Steaks & Roasts Lamb 145°F 3 minute rest time
Fish & Shellfish Seafood 145°F Flesh should be opaque and flake easily
Ham (Fresh or Raw) Pork 145°F 3 minute rest time
Ground Beef Beef 160°F No rest time needed
Ground Pork Pork 160°F No rest time needed
Ground Lamb Lamb 160°F No rest time needed
Egg Dishes Eggs 160°F Yolks and whites should be firm
Chicken (Whole) Poultry 165°F Check thickest part of thigh
Chicken Pieces Poultry 165°F Breasts, thighs, wings, legs
Ground Chicken Poultry 165°F No rest time needed
Turkey (Whole) Poultry 165°F Check thickest part of thigh
Ground Turkey Poultry 165°F No rest time needed
Ham (Pre-cooked, Reheating) Pork 165°F Reheat to safe temperature
Leftovers & Casseroles Other 165°F Reheat thoroughly
Beef Steaks & Roasts 145°F
Beef 3 minute rest time
Pork Roasts 145°F
Pork 3 minute rest time
Pork Chops 145°F
Pork 3 minute rest time
Lamb Steaks & Roasts 145°F
Lamb 3 minute rest time
Fish & Shellfish 145°F
Seafood Flesh should be opaque and flake easily
Ham (Fresh or Raw) 145°F
Pork 3 minute rest time
Ground Beef 160°F
Beef No rest time needed
Ground Pork 160°F
Pork No rest time needed
Ground Lamb 160°F
Lamb No rest time needed
Egg Dishes 160°F
Eggs Yolks and whites should be firm
Chicken (Whole) 165°F
Poultry Check thickest part of thigh
Chicken Pieces 165°F
Poultry Breasts, thighs, wings, legs
Ground Chicken 165°F
Poultry No rest time needed
Turkey (Whole) 165°F
Poultry Check thickest part of thigh
Ground Turkey 165°F
Poultry No rest time needed
Ham (Pre-cooked, Reheating) 165°F
Pork Reheat to safe temperature
Leftovers & Casseroles 165°F
Other Reheat thoroughly

Showing 17 of 17 foods

Source: USDA Food Safety and Inspection Service

Why Internal Temperature Matters More Than Cooking Time

Cooking time alone is not a reliable indicator of food safety. The same cut of meat can take vastly different times depending on its thickness, starting temperature, oven calibration, altitude, and whether it was fresh or frozen. A chicken breast that takes 25 minutes in one oven might need 35 minutes in another.

Internal temperature is the only accurate way to confirm that harmful bacteria like Salmonella, E. coli, and Listeria have been destroyed. These pathogens are killed at specific temperatures regardless of how long the food has been cooking. The USDA's recommended temperatures are based on decades of food science research establishing the minimum heat needed to make food safe.

Relying on visual cues is equally unreliable. Color is not an accurate indicator of doneness — ground beef can turn brown before reaching 160°F, and poultry can remain pink even after reaching 165°F. A calibrated meat thermometer removes the guesswork entirely.

How to Use a Meat Thermometer Properly

  • Insert into the thickest part: Place the thermometer probe into the center of the thickest portion of the meat, away from bone, fat, or gristle. These conduct heat differently and can give false readings.
  • Check multiple spots: For large cuts and whole poultry, check the temperature in several locations. The thigh, breast, and stuffing (if applicable) can all reach safe temperature at different times.
  • Wait for the reading to stabilize: Digital thermometers typically take 2-5 seconds, while dial thermometers may need 15-20 seconds. Don't pull the thermometer out too early.
  • Account for rest time: Steaks, roasts, and chops continue cooking after being removed from heat. The USDA recommends a 3-minute rest for cuts reaching 145°F — the internal temperature will rise another 5-10°F during this period.
  • Calibrate regularly: Test your thermometer in ice water (should read 32°F / 0°C) and boiling water (should read 212°F / 100°C at sea level). Inaccurate thermometers can make safe food seem unsafe or, worse, the reverse.

Related Questions