Powered by HuraTips.Com
You pull a steak off the grill at the exact temperature the recipe says. Minutes later, you slice in and find gray, dry, overcooked meat instead of the juicy, pink result you expected. That’s the frustrating reality of carryover cooking. It quietly ruins meat for home cooks everywhere.
Carryover cooking is not a myth or a chef’s scare tactic. It is basic food science rooted in heat transfer inside meat. What matters most is not just the size of your steak or roast, but how you cook it. After you remove meat from the heat, the hotter outer layers keep transferring energy inward, raising the core temperature by several degrees. For meats cooked quickly at high heat, this hidden cooking can mean a temperature rise of up to 22°F or 12°C. Large cuts cooked low and slow will see much less.
Carryover cooking is the continued rise in internal meat temperatures after food leaves the heat. When you cook meat, the surface gets much hotter than the center. Once you remove the meat from heat, the energy from the hotter outer layers keeps moving toward the cooler middle, raising the internal temperature. This is heat transfer. Heat always moves from a hotter area to a cooler one until equilibrium.
This does not just happen with steak. All types of meat are affected, including pork, lamb, chicken, turkey, and fish, especially if the pieces are thick or bone-in. However, the most important factor is the cooking method and the temperature difference between the surface and the center.
The Physics of Heat Transfer and Carryover
When meat cooks, energy is absorbed at the surface, raising its temperature. That energy keeps flowing inward as long as the inside is cooler than the outside. This flow depends on the temperature difference, called the temperature gradient. The bigger the difference, the more energy and heat move inward during resting.
In short, your cooking method and the temperature difference, not just the meat’s size, control carryover cooking. High-heat methods like grilling, roasting, or broiling create a large gradient and more carryover. Low and slow methods like smoking or gentle roasting create a small gradient and less carryover.
Be ready for a noticeable rise if you use high-heat methods. With low-and-slow cooking, even large roasts see a smaller increase.
Small steaks, lamb chops, pork chops (high heat): 5 to 13°F
Chicken breasts (high heat): 4 to 11°F
Beef, lamb, or pork roasts (roasted at high heat): 9 to 13°F
Whole chickens and turkeys (roasted at high heat):8 to 14°F
Note: With low-and-slow methods like smoking or gentle oven roasting, carryover is often much less.
Anticipate this hidden temperature jump and always monitor with a reliable thermometer.
Not all cooking methods create the same carryover. High-heat cooking, like grilling, roasting, or searing, creates a bigger difference between the surface and the center, leading to more carryover. This effect is strong regardless of meat size. Low and slow methods like smoking or gentle roasting create a smaller gradient and less carryover, even in large cuts.
Bone-in pieces like chicken thighs, some cuts of lamb, or T-bone steaks will show more carryover if cooked hot and fast. The bone acts as a heat reservoir, slowly radiating energy back into the meat, often pushing the internal temperature even higher during rest.
Cooking Method Comparison:
Dry high-heat methods like grilling, roasting, and broiling create more carryover because of a bigger surface-to-center temperature difference
Low and slow methods like smoking or gentle roasting mean less carryover, even for big cuts
Wet methods like braising or poaching cause minimal carryover since cooking temperature is more even
Carryover is mainly about how your meat is cooked, not just its size. Fast, high-heat cooking means more carryover. Slow, gentle cooking means less.
This is the internal temperature at which you should remove your meat from the heat, several degrees below your final doneness. For high-heat cooking, this might mean pulling your meat 5 to 13°F early. With low-and-slow, you can pull it closer to your target temperature.
This is the highest internal temperature your meat will reach as it rests. Monitor the temperature with a thermometer for best results. Using a smart wireless meat thermometer like The MeatStick makes this effortless. You can track the rise in temperature in real time, right from your phone, without ever disturbing the meat.
Let the meat rest until the temperature stops rising, peaks, and drops by a few degrees. This drop means carryover cooking is done and juices have redistributed. Now your meat is ready to slice.
Why wait for the drop?
As the meat rests and cools slightly, the fibers relax and juices move back through the meat. That gives you maximum tenderness and flavor.
Meat Type |
Resting Time |
Small steaks, lamb or pork chops |
5 to 7 minutes |
Chicken breasts |
5 to 7 minutes |
Beef, lamb, or pork roasts |
15 to 30 minutes |
Whole chickens and turkeys |
20 to 40 minutes |
Note: For very large roasts or birds, rest longer if you want the juiciest results. With low-and-slow methods, carryover is less, so you can rest for less time or slice closer to your target temperature.
Resting for a set time works, but tracking internal temperature is better. Wait until the temp peaks and starts to drop by two to three degrees Fahrenheit or one to two degrees Celsius. That is the sign carryover is complete and juices are settled.
Guessing leads to dry or unsafe meat. A digital or wireless meat thermometer is the best way to check internal temp and doneness. A thermometer removes guesswork, ensures food safety, and gives perfect results. Check temperature at the thickest part, avoiding bone or the pan
Smart thermometers like The MeatStick take carryover into account and has preset alerts to your phone so you know exactly when to pull your meat.
Leaving meat in a hot pan or tray after cooking. Heat keeps climbing.
Tenting tightly with foil. This traps more heat and increases carryover.
Stacking hot pieces. This creates a steam pocket and speeds up carryover.
Slicing too soon. Juices will flood out and your meat will be dry.
Judging doneness by time or color alone. Always use a wireless meat thermometer.
Does carryover cooking affect all cuts?
Yes, but the effect is strongest with high-heat methods that create a large difference between the surface and the center. Size matters less than how the meat is cooked.
What are the signs that meat is overcooked due to carryover cooking?
If your meat turns out dry, grayish, or has a tougher texture even though you removed it from the heat at the recommended temperature, carryover cooking is likely to blame. The juices often leak out quickly when sliced, and the color may show less pink than expected. Using a wireless meat thermometer and pulling your meat early can help prevent these common signs of overcooked meat.
Can you stop or reduce carryover cooking in meat?
You can’t completely stop carryover cooking, but you can reduce it by using lower cooking temperatures, resting meat uncovered, and removing meat from the heat a few degrees early. The MeatStick help you monitor temperature in real time so you can act at just the right moment.
Which salt works best for carryover cooking?
Kosher salt is widely considered the best salt for carryover cooking. Its large, flaky crystals stick to the surface of meat and provide even seasoning. Kosher salt dissolves more slowly than table salt, giving you greater control over flavor as your meat continues to cook and rest. This helps prevent over-salting and creates a better crust and taste after carryover cooking.
How do you know when meat has finished carryover cooking?
The best way to know when carryover cooking is complete is to monitor the internal temperature with a meat thermometer. After you take the meat off the heat, the temperature will continue to rise, then peak, and finally start to drop. When the temperature stops rising and drops by a few degrees, carryover cooking is finished and your meat is ready to slice.
Comments will be approved before showing up.
The Smart Wireless Meat Thermometer for Every Cook
*WiFi Connection requires WiFi Bridge