The Thermometer Pull Temp Guide
If you pull chicken at 165°F or steak at 135°F, it keeps cooking on the cutting board and turns into dry cardboard. Pull early, let carryover heat finish the job.
Thick Cut Steak (Ribeye, Strip, Porterhouse 1.25" - 2")
High exterior heat drives thermal energy into the core during rest, elevating internal temp by 5°F–8°F.
| Cut | Ideal Doneness | Pull Temp | Carryover | Rest Window | Final Target |
|---|---|---|---|---|---|
| Thick Cut Steak | Medium-Rare (Chef Ideal) | 128°F | +7°F | 6 mins | 135°F |
| Chicken Breast | Traditional Well Done | 165°F | +7°F | 5 mins | 172°F |
| Pork Tenderloin & Loin Chops | Medium | 145°F | +5°F | 5 mins | 150°F |
| Ground Beef Burgers / Meatballs | USDA Safe Minimum | 155°F | +5°F | 3 mins | 160°F |
| Salmon Fillet | Chef Medium (Flaky) | 130°F | +5°F | 3 mins | 135°F |
The Physics of Carryover Cooking: Why Meat Keeps Heating Off the Heat
When a steak or roast cooks in an oven, skillet, or grill, heat transfers from the exterior inward. By the time the core reaches 125°F (medium-rare), the outer millimeters of the meat are frequently between 250°F and 350°F due to intense conduction and radiative sear.
Removing the meat from the heat source halts external thermal transfer, but it does not halt internal energy equilibrium. Following Fourier's law of thermal conduction, heat flows downhill from the superheated outer muscle fibers into the colder core. Depending on mass, ambient kitchen temperature, and cooking surface heat:
- Thin Cuts (under 1 inch): +3°F to +5°F carryover rise; rest 3 to 5 minutes.
- Thick Steaks & Chicken Breasts (1.5–2 inches): +5°F to +8°F carryover rise; rest 7 to 10 minutes.
- Large Roasts, Pork Butts, & Whole Turkeys (5+ lbs): +10°F to +15°F carryover rise; rest 20 to 35 minutes.
Pulling meat at your desired final serving temperature guarantees an overcooked core. You must always pull early at the calibrated pull temperature.
The widespread kitchen belief that poultry is dangerous below 165°F is an oversimplification of USDA FSIS guidelines. 165°F represents instantaneous pasteurization (< 1 second). Complete, food-safe pathogen destruction occurs at lower temperatures when sustained over time:
| Internal Core Temp | Holding Time Required | Protein Hydration Impact | Culinary Result |
|---|---|---|---|
| 165°F (73.9°C) | < 1.0 second (Instant) | Muscle fibers violently contract; severe moisture expulsion | Chalky, dry chicken breast |
| 160°F (71.1°C) | 13.8 seconds | Substantial moisture loss; actin denaturing underway | Tolerable, firm texture |
| 155°F (68.3°C) | 44.2 seconds | Optimal balance: tender fibers with high moisture retention | Extremely juicy, safe poultry |
| 150°F (65.6°C) | 2.7 minutes | Maximal cellular moisture retained in myofibrillar matrix | Sous-vide standard; velvety texture |
Source: USDA FSIS Notice 94-05 & Food Safety Inspection Service Cooking Guideline for Meat and Poultry Products.
Probe Anatomy: 4 Rules for Zero-Error Temperature Reading
Insert probe horizontally from the side of steaks or chicken breasts rather than downward from the top. This embeds 1.5 to 2 inches of the probe shaft inside the meat, insulating the sensing tip against ambient oven or pan air.
Bone conducts thermal energy significantly faster than muscle tissue (+15°F artifact), while pure fat deposits heat unevenly. Keep the probe sensor tip at least 0.75 inches away from any bone structure.
Placing hot seared meat directly on a cold ceramic plate creates thermal shock and traps escaping steam underneath, dissolving crust crispness. An elevated wire rack over a rimmed sheet ensures 360° air circulation and keeps the crust pristine.
Digital instant-read probes drift over time. Fill a glass completely with crushed ice, top with cold water, stir, and submerge probe. After 60 seconds, it must read 32.0°F (±0.5°F). Re-calibrate if it deviates.
Frequently Asked Questions: Meat Pull Temps & Carryover
On whole muscle cuts like ribeyes and strip steaks, bacterial pathogens (such as E. coli) reside solely on the exterior surface, which is instantly sanitized during searing (exceeding 250°F–400°F). During commercial grinding, exterior surface bacteria are distributed uniformly throughout the entire mass. Therefore, the internal thermal core of ground meat must reach pasteurization temperatures.
No. Tenting meat tightly creates a miniature steam sauna. Trapped moisture condensates on the aluminum foil and drips back onto the meat, completely softening the crisp Maillard crust you worked hard to build. Instead, rest meat uncovered in a draft-free kitchen spot, or drape foil very loosely only if resting outdoors in cold weather.
No. In sous-vide cooking, the water bath is set precisely to the target internal finish temperature (e.g., 132°F for medium-rare). There is no severe thermal gradient between the surface of the meat and the core; both equalize at exactly 132°F. Carryover cooking only occurs when external cooking temperatures significantly exceed the desired target core temperature.
At peak cooking temperature, actin and myosin filaments are contracted, squeezing water into the extracellular space under high pressure. Resting allows the muscle fibers to relax and re-absorb up to 15% of that expelled cellular moisture. Slicing too early causes immediate liquid drainage onto the cutting board, leaving the interior dry.