Cooking Temp for Pork: Internal Temperatures for Every Cut

For whole cuts of pork — chops, loin, tenderloin and roasts — the target internal temperature is 145 °F (63 °C), followed by a rest of at least three minutes before you cut into the meat. Ground pork and fresh sausage are a different case and should reach 160 °F (71 °C). Collagen-heavy cuts such as shoulder and ribs are safe long before either of those numbers, but they only become tender somewhere around 195–205 °F (90–96 °C), which is why pulled pork is cooked far past the point where it is merely done. Those three figures cover nearly every piece of pork you are likely to cook. The rest of this page explains which cut belongs to which number, where to put the probe, and how much the temperature keeps climbing after you take the meat off the heat.

Identify the thickest part of the cut and note where any bones, large fat seams or stuffing sit, since those areas give misleading readings.
Insert the probe into the geometric centre of that thickest section, entering from the side on thin cuts such as chops and patties so the sensor sits in the middle of the thickness rather than passing through it.
Wait for the reading to stabilise instead of accepting the first number that appears.
Withdraw the probe, wipe it, and take a second and third reading in other parts of the cut, treating the lowest result as the true temperature.
Compare that lowest reading with the target for the cut: 145 °F (63 °C) for whole muscle, 160 °F (71 °C) for ground pork, 165 °F (74 °C) in stuffing, or 195–205 °F (90–96 °C) for shoulder and ribs.
If the cut is a whole muscle, remove it a few degrees short of target to allow for carryover, tent it loosely and rest it for at least three minutes before slicing.
Re-check the centre after resting to confirm the temperature settled where you expected, and use that result to calibrate when you pull the same cut next time.

The Three Numbers That Cover Almost Every Cut

Pork is easier to reason about than it looks, because the cuts sort themselves into three groups. Whole, intact muscle is safe at 145 °F (63 °C) with a short rest. Anything ground, minced or stuffed has had its surface mixed through the interior, so it needs a higher figure. And the hard-working cuts full of connective tissue need heat held for long enough to convert collagen into gelatin — a texture goal rather than a safety goal.

If you remember nothing else, remember that the first number is about safety, the second is about safety under different conditions, and the third is about tenderness. Confusing the third with the first is the most common reason a pork shoulder comes out of the oven tough: it hit 145 °F hours earlier and still had a long way to go.

145 °F (63 °C) + 3-minute rest — pork chops, loin roast, tenderloin, fresh ham, cutlets, whole-muscle steaks
160 °F (71 °C) — ground pork, fresh sausage, meatballs, burger patties, any mixture containing raw pork
195–205 °F (90–96 °C) — shoulder, Boston butt, spare and baby back ribs, belly, shank, anything destined to be pulled or fall off the bone
165 °F (74 °C) — measured in the filling of a stuffed pork chop or roast, not just in the meat around it

Why Pink Pork Is No Longer a Warning Sign

Many home cooks were taught to cook pork until it was uniformly grey-white throughout, a habit inherited from an era when trichinella was a real concern in commercial pork and no reliable thermometer sat in the average kitchen drawer. Modern pork production and modern thermometers have both moved on, and the guidance for whole cuts came down accordingly. A chop pulled at 145 °F (63 °C) will usually show a faint rosy blush in the centre and clear juices, and that appearance is expected rather than alarming.

Colour is, in any case, an unreliable doneness signal in pork. The pigment that gives meat its pink tone responds to pH, to how the animal was raised and chilled, to curing salts and to whether the meat was frozen — all independently of temperature. A cured or brined chop can stay pink well past any safe threshold, while a pale, dry one may simply be overcooked. Our editorial assessment is that anyone still cooking pork by eye is systematically overshooting, because the visual cue they are waiting for arrives well after the meat has dried out.

The practical consequence is simple: a thermometer is not an optional refinement for pork, it is the only instrument that answers the question you are actually asking.

A faint pink centre at 145 °F (63 °C) in a whole cut is normal, not undercooked
Curing salts in ham and bacon lock in pink colour regardless of temperature
Grey throughout usually means the chop went past 160 °F (71 °C) and lost moisture

Ground Pork, Sausage and Stuffed Cuts Need More

Grinding changes the food-safety maths. On a whole chop, bacteria sit on the exterior, which is exactly where the heat of a pan or grill is most intense. Once that surface is minced into the interior of a patty or sausage, the coldest point in the middle has to carry the safety burden on its own. That is why ground pork, fresh sausage, meatballs and any raw-pork mixture are taken to 160 °F (71 °C).

Stuffed cuts follow the same logic. A pork chop cut open and filled with breadcrumbs, cheese or apple has a dense, moisture-heavy core that heats more slowly than the muscle around it, and that filling may have absorbed raw meat juices. Probe the filling itself and look for 165 °F (74 °C) there — the meat surrounding it will inevitably be hotter, which is a reason to keep stuffings shallow rather than a reason to skip the check.

Cured, ready-to-eat products are a separate category again. A ham labelled fully cooked is being reheated, not cooked, and 140 °F (60 °C) through the centre is enough to serve it hot. A raw or fresh ham is ordinary whole-muscle pork and belongs at 145 °F (63 °C).

Check a sausage at its thickest point, entering from the end rather than the side
Probe patties horizontally through the edge so the tip lands in the middle of the thickness
In a stuffed cut, the stuffing is the coldest point — measure there

Shoulder, Ribs and Belly: Cooking Well Past Done

Pork shoulder, ribs, shank and belly are dense with connective tissue. Cooked to 145 °F (63 °C) they are perfectly safe and almost inedible — springy, chewy and tight. What transforms them is time spent in a much higher band, roughly 195–205 °F (90–96 °C), where collagen breaks down into gelatin and the muscle fibres slacken. The meat also passes through a long plateau in the 150s and 160s °F where evaporative cooling stalls the climb for what can feel like an implausibly long time. Nothing is wrong when this happens; the temperature will resume rising.

Within that band, the exact figure matters less than the feel. Pulled pork is usually ready somewhere near the top of the range, when a probe slides into the thickest part with almost no resistance. Ribs are typically taken slightly lower, since ribs cooked to the very top of the range can shed their meat so completely that they fall apart on the plate. In both cases the probe test is the more reliable signal and the thermometer reading is the map, not the destination.

Because these cuts are cooked to a texture endpoint rather than a safety endpoint, they are forgiving. Ten degrees either side of your target rarely ruins anything, which is the opposite of a tenderloin's situation.

Expect a long stall in the 150s–160s °F (65–72 °C) on large cuts — keep the heat steady and wait it out
Probe resistance is the practical finish line: the thermometer should glide in with no push
Rest a large shoulder long enough for the juices to redistribute; it will still be hot to shred

Where to Put the Probe

A thermometer only reports the temperature of the spot it occupies, so placement decides whether the reading is meaningful. The target is the geometric centre of the thickest part of the cut, away from bone, away from large fat seams and away from any cavity. Bone conducts heat differently from muscle and will read high; a fat pocket will often read low. Either error can be five or ten degrees, which on a chop is the difference between juicy and dry.

Thin cuts need a sideways approach. Entering a chop or patty from the top means the probe passes through the whole thickness in a few millimetres and the tip is likely to shoot straight out the bottom into the hot pan. Enter from the edge instead, running the probe parallel to the surface, and push in far enough that the sensor — not just the tip — sits in the middle.

Take more than one reading. Ovens, grills and pans all have hot spots, and a roast that reads 145 °F at one end may be several degrees behind at the other. The lowest reading you can find is the one that governs when the meat comes off.

Aim for the thickest part, clear of bone, fat seams and stuffing
Probe thin cuts from the side, not from the top
Take two or three readings and trust the lowest one
Wipe and re-insert rather than wiggling the probe around inside the meat

Pull Temperature, Carryover and Resting

Meat does not stop cooking when it leaves the heat. Energy stored in the hot exterior keeps moving inward, and the centre continues to climb for several minutes. The size of that rise scales with the mass of the cut and with how aggressively it was cooked: a thin chop off a moderate pan may gain only a degree or two, while a large roast blasted at high heat can keep climbing noticeably longer. Because the effect is variable, it is worth learning how your own oven and cuts behave rather than assuming a fixed number.

The practical move is to pull whole cuts slightly before the target and let carryover finish the job, particularly on roasts. For a tenderloin or loin roast, taking the meat out a few degrees short and tenting it loosely is the difference between a moist centre and a chalky one. Tight foil traps steam and softens the crust, so tent loosely if you have browned the surface.

The three-minute rest on whole cuts at 145 °F (63 °C) is part of the safety guidance, not merely a serving suggestion: holding that temperature over time does work that an instantaneous reading does not. Longer rests serve a different purpose — letting juices settle so they stay in the meat rather than running onto the board. Ground pork does not require a rest for safety at 160 °F (71 °C), though a minute or two does no harm.

One habit is worth building above all others: check early. A thermometer reading taken before you think the meat is ready costs nothing, while one taken afterwards only confirms the loss.

Pull whole roasts a few degrees below target and let carryover close the gap
Tent loosely — sealed foil steams a browned crust soft
Rest whole cuts at least three minutes before slicing
Start checking well before the recipe's stated time; timings are estimates, temperature is not

Frequently Asked Questions

Is it safe to eat pork that is still slightly pink?

For whole cuts such as chops, loin and tenderloin, yes — a faint pink centre at 145 °F (63 °C) with a three-minute rest is the expected result rather than a sign of undercooking. Colour in pork is driven by pH, curing salts and handling as much as by heat, so it is not a reliable doneness test. Ground pork is the exception: it should reach 160 °F (71 °C) regardless of how it looks.

What internal temperature should pork tenderloin reach?

Pork tenderloin is whole-muscle meat, so 145 °F (63 °C) with a three-minute rest is the target. Because a tenderloin is thin and lean, it passes through that window quickly and has very little margin before it dries out. Start checking earlier than you think necessary, probe from the end along the length of the muscle, and pull it a couple of degrees short so carryover finishes the job.

Why is my pork shoulder tough even though it reached 145 °F?

Because 145 °F (63 °C) is a safety threshold, not a tenderness threshold. Shoulder is packed with connective tissue that only breaks down into gelatin at much higher temperatures held over time, roughly 195–205 °F (90–96 °C). Keep cooking. Expect a long stall in the 150s and 160s °F where the temperature barely moves, and judge the finish by how easily a probe slides in rather than by the number alone.

Does a thicker pork chop need a different target temperature?

No — the target is the same 145 °F (63 °C) at the centre whichever thickness you cook. What changes is the time taken to get there and the amount of carryover afterwards, since a thick chop holds more stored heat and will keep climbing longer off the pan. Thicker chops are also easier to cook well, because the centre reaches temperature before the surface overcooks.

How hot should a cooked ham be when reheated?

A ham labelled fully cooked is being warmed through rather than cooked, and 140 °F (60 °C) at the centre is enough to serve it hot. A fresh or raw ham is ordinary whole-muscle pork and belongs at 145 °F (63 °C) with a rest. Check the label before deciding which applies, and probe away from the bone, which will read higher than the surrounding meat.