The USDA safe minimum temperature for whole beef steaks is 145°F followed by at least a three-minute rest. Ground beef needs 160°F. Many restaurant-style doneness charts list rare and medium-rare temperatures below 145°F; those describe color and texture, not the federal safety minimum.
A thermometer gives better information than color, firmness, or cooking time. Put the sensor in the coolest center, avoid bone and fat seams, and check more than one spot on an irregular steak.
Steak temperature chart
| Common doneness label | Center temperature often associated with the label |
|---|---|
| Rare | 120–125°F |
| Medium-rare | 130–135°F |
| Medium | 140–145°F |
| Medium-well | 150–155°F |
| Well done | 160°F and above |
These culinary ranges are descriptive. For safety, the USDA minimum internal temperature chart calls for beef steaks, chops, and roasts at 145°F with a three-minute rest.
People at higher risk of foodborne illness—including young children, older adults, pregnant people, and people with weakened immune systems—should be especially cautious with undercooked animal food.
Why color is unreliable
Myoglobin gives raw beef its red color and changes with heat, oxygen, acidity, packaging, and storage. A steak can brown before reaching a safe center. Another steak can remain pink after reaching 145°F.
Lighting and camera processing make photos even less useful. Clear juices and the finger-press test also fail to measure temperature. A food thermometer answers the actual question.
Where to put the thermometer
For a thick steak, insert the probe horizontally from the side. Aim for the center of the thickest section. The sensor zone is often near the tip, but check the thermometer manual.
Avoid touching:
- Bone, which can conduct heat differently
- A large fat pocket
- The hot pan or grill grate
- A filling or pocket of cheese
Move the probe slowly through the center. The lowest stable reading is the useful one. Check a second location in a T-bone, porterhouse, or irregular ribeye.
When to check
Start earlier than intuition suggests. Thin steaks can jump several degrees in less than a minute. Check a one-inch steak after the first few flips and a thick steak once the crust forms.
Close the oven or grill lid between readings. Repeatedly stabbing does not drain a meaningful amount of juice, but leaving the meat in open air while debating the number can overcook it.
An instant-read thermometer is for spot checks. A leave-in probe can track a thick roast or reverse-seared steak. Keep the cable and probe within their stated heat limits.
Carryover cooking
The center may rise after the steak leaves heat because the hotter exterior continues transferring energy inward. That rise is called carryover cooking.
There is no universal 10°F rule. A thick roast can climb more than a thin steak. High oven heat creates a bigger temperature gradient than gentle cooking. Bone, pan contact, and ambient temperature also matter.
When using a safety minimum, remember that the USDA figure is the required internal temperature before removal from the heat source, followed by the rest. Do not use a hoped-for rise to excuse a lower measured temperature.
Rest time
USDA requires at least three minutes of rest after a whole beef steak reaches 145°F. Resting also lets the temperature even out and gives surface moisture time to settle.
Thin steaks need little extra quality rest beyond that interval. A thick porterhouse or ribeye may benefit from five to ten minutes. Do not wrap tightly in foil if preserving a crisp crust matters.
Ground, mechanically tenderized, and injected beef
Ground beef must reach 160°F because grinding mixes the exterior throughout the product. A burger made from premium steak trim follows the ground-beef rule.
Blade- or needle-tenderized steak has been pierced, which can move surface bacteria inward. Federal rules require labels on mechanically tenderized raw beef products. USDA advises cooking these products to 145°F with a three-minute rest. Read the package for any added instructions.
Injected, stuffed, or rolled products need attention to the filling and label. A steak pinwheel is not the same food-safety case as one intact muscle.
Frozen steak
Steak can be cooked from frozen with a method designed for it, though timing is longer and surface moisture needs control. Check several spots because the temperature gradient can be steep.
Thawing in the refrigerator gives the most predictable result. Cold-water thawing requires a sealed package and frequent water changes. Microwave-thawed beef should be cooked at once.
Steak thickness and method
Thin steak, under one inch
Use high surface heat and short exposure. Flip often and check early. A hard sear can carry the center past the target quickly.
One- to 1½-inch steak
Pan searing or grilling works well. Brown first, reduce heat near the finish, and measure from the side.
Thick steak, over 1½ inches
Reverse searing, a moderate oven finish, or two-zone grilling makes the center easier to control. A leave-in probe helps.
Our stovetop steak method shows the pan sequence.
Thermometer accuracy
Check an instant-read thermometer in a well-stirred ice bath. Crushed ice and a small amount of water should settle near 32°F at sea level. Boiling-point checks depend on elevation and weather, so use a local expected boiling point.
If the thermometer can be calibrated, follow the maker’s directions. If it cannot and reads several degrees off, replace it. A slow thermometer can also mislead when the steak is gaining heat rapidly.
Clean the probe with hot soapy water after raw contact and before another food. Do not submerge a display that lacks a waterproof rating.
Doneness for Wagyu
Rich marbling softens as it warms, but “melt point” claims are often used too neatly. American and Australian Wagyu steaks can be cooked like other thick steaks with less added fat.
Japanese A5 is commonly portioned thin and cooked in small pieces. Check the safety of the finished beef while recognizing that a thin slice does not provide a large central area for probing. Buy from a trusted source and prevent cross-contamination.
Read what Wagyu beef means before treating origin or grade as a safety shortcut. Expensive beef can still carry pathogens.
Common mistakes
- Reading the pan-side surface instead of the center
- Touching bone with the probe
- Waiting until the steak looks done to measure
- Treating a restaurant doneness chart as a safety standard
- Using burger color to judge 160°F
- Assuming every steak rises 10°F during rest
- Forgetting that a hot cast iron pan keeps cooking the underside
Steak doneness temperature by cut
The same internal temperature can feel different across cuts. Tenderloin is lean and soft, so it has little fat to render. Ribeye contains more intramuscular and seam fat; some diners prefer it at a higher steak doneness temperature so that fat softens. Strip steak sits between those textures. Sirloin and round dry sooner because they are leaner.
Thickness also changes the eating experience. A thin steak has more cooked outer band relative to its center. A thick steak can hold a larger rosy center, but it also carries more heat during resting. Use the steak temperature chart as a measurement reference, then account for cut and thickness rather than chasing color alone.
USDA’s 145°F minimum with a three-minute rest for whole beef steaks is the food-safety reference across these cuts. Ground beef remains 160°F because grinding can move surface bacteria through the mixture.
Internal temperature for steak methods
Pan searing: Insert an instant-read probe from the side so the sensing area sits in the center. Check after both faces have browned, then every 30 to 60 seconds.
Grilling: Move the steak away from direct flames before opening the grill for a reading. Flare-ups can brown the surface without bringing the center to temperature.
Reverse searing: Use a low oven to bring the steak near its target, rest briefly if needed, then sear. The final crust step adds heat, so the pre-sear reading must leave room.
Sous vide: The bath temperature controls the maximum center temperature, but time also matters for pathogen reduction. Follow a tested time-and-temperature schedule and sear the dried surface afterward.
Broiling: Check early. The intense top heat can cook a thin steak faster than expected, and pan position affects timing.
Pull temperature and carryover examples
Carryover is not a fixed ten degrees. A thin steak removed from a pan may rise only a few degrees. A thick tomahawk coming from a hot oven can rise more. A low-temperature reverse sear usually creates less carryover than a roast cooked at high heat.
Record the pull temperature and final temperature for your pan, cut, and method. If a 1½-inch strip rises 7°F in your kitchen, use that evidence for the second steak. Do not copy a pull chart without considering the cooking environment behind it.
Rest on a rack or warm plate. Tight foil traps steam and softens the crust. Check the final temperature before serving when safety or a guest’s preference depends on the result.
Buying a thermometer for steak
An instant-read thermometer is the most flexible tool for steaks. Look for a thin probe, quick response, a readable display, and straightforward calibration instructions. A leave-in probe helps with thick oven-finished steaks but can be awkward in a thin pan-seared cut.
Test the unit in ice water and, if the maker allows it, boiling water adjusted for altitude. Measure the probe’s sensing area; on some models it extends beyond the tip. Clean and sanitize the probe between raw and cooked checks.
Infrared thermometers read surface temperature, not the center of the steak. They can describe a skillet but cannot replace an internal reading.
Steak-temperature terms in practice. A meat thermometer is the reliable way to track steak temps through the cooking process. In a cast iron skillet, use medium-high heat for the crust, then moderate the cooking method as the steak approaches the desired temperature. Put the probe in the thickest part and check thin cuts earlier than thicker cuts. A medium-rare steak, medium-well steak, and every point between them describe doneness levels and personal preference; the desired doneness still needs to be compared with food-safety guidance. Kosher salt, olive oil, room-temperature claims, or a reverse-sear method do not determine safety. The right temperature comes from an internal reading, a planned resting period, and attention to carryover—not surface color or two minutes on each side.
Frequently asked questions
What temp is medium steak?
Medium is commonly associated with 140–145°F. For USDA safety guidance, whole steak should reach 145°F and rest three minutes.
What temp is medium-rare steak?
Medium-rare is commonly associated with 130–135°F, below the USDA minimum for whole steaks. Diners should understand that distinction.
Does steak keep cooking while resting?
Yes, often by a few degrees, but the rise varies. Measure rather than assuming a fixed amount.
Can a steak be pink at 145°F?
Yes. Color depends on more than temperature. Use the thermometer reading.
About the guidance. Hats of Meat reviewed current USDA safe-temperature and mechanically tenderized beef guidance on July 16, 2026.