Pulse points are specific spots on your body where an artery runs close enough to the skin’s surface that you can feel your heartbeat with your fingertips. There are roughly ten commonly used pulse points, spread from your neck down to your feet. Each time your heart contracts, it sends a high-pressure wave of blood through your arteries. Where those arteries pass over bone or firm tissue near the surface, the expanding vessel wall creates a beat you can feel or sometimes even see.
Why You Can Feel a Pulse in Certain Spots
During each heartbeat, blood is ejected from the heart into the aorta and onward through the arterial system. The walls of your larger arteries are elastic, so they stretch with each surge of blood and then recoil, sustaining the pressure wave all the way to your extremities. This creates a distinct pulsing pattern: a sharp upstroke followed by a gradual tapering off.
You can only feel this wave where an artery sits close to the skin and runs over something firm, like bone or cartilage. In the middle of your forearm, for example, arteries are buried under muscle and tissue, so there’s nothing to press against. At your wrist, the artery crosses directly over bone with minimal tissue covering it, making the pulse easy to detect.
The Major Pulse Points and Where to Find Them
Your body has pulse points on both sides, mirroring each other. Here are the ones most commonly used:
- Radial (wrist): On the thumb side of your inner wrist, just below the base of your palm. This is the most familiar pulse point and the easiest to check on yourself.
- Carotid (neck): On either side of your windpipe, just under the jawline. This is one of the strongest pulses in the body because the carotid artery is large and supplies blood directly to the brain. Only check one side at a time.
- Brachial (inner arm): On the inside of your elbow crease, between the bony bump on the inner side of your elbow and the biceps tendon. This is the pulse used when taking blood pressure with a cuff.
- Femoral (groin): In the crease where your thigh meets your abdomen, roughly a third of the way from the midline toward the outside of the hip.
- Popliteal (behind the knee): In the soft area at the back of the knee. This one can be harder to find and often requires deeper pressure.
- Posterior tibial (inner ankle): Just behind the bony bump on the inside of your ankle.
- Dorsalis pedis (top of the foot): On the top of your foot, roughly in line with the space between your big toe and second toe, near the ankle. It sits within about a centimeter of the bony bump on the inner side of your midfoot.
- Temporal (temple): On the side of your forehead, just in front of your ear.
Not everyone’s anatomy is identical. Some people naturally lack a detectable pulse at one location, particularly the top of the foot, without anything being wrong. Body size, temperature, and individual anatomy all affect how easy a given pulse point is to find.
Central vs. Peripheral Pulse Points
Pulse points fall into two broad categories. Central pulses, like the carotid in the neck and the femoral in the groin, come from large arteries close to the heart. They produce strong, reliable beats that remain detectable even when blood pressure drops significantly. Peripheral pulses, like those at the wrist, ankle, and foot, come from smaller arteries farther from the heart. They’re useful for routine checks but can become faint or disappear when circulation weakens due to cold, shock, or vascular disease.
This distinction matters in emergencies. If someone collapses and you need to check for a heartbeat quickly, the carotid pulse at the neck is the go-to spot because it stays detectable at lower blood pressures than the wrist pulse would. In everyday life, the wrist is the most practical choice because it’s accessible and easy to find without removing clothing.
How to Check Your Own Pulse
Place the tips of your index and middle fingers on the thumb side of your opposite wrist, just below the base of your palm. Press lightly until you feel a rhythmic beat. The key is gentle pressure. Pushing too hard can actually compress the artery and block the flow, making the pulse disappear.
Don’t use your thumb. Your thumb has its own pulse, and you may end up counting that instead of the beat from your wrist.
Once you’ve found the pulse, count the beats for a full 60 seconds. A quicker method is to count for 15 seconds and multiply by four, though the full minute gives a more accurate reading, especially if your rhythm feels irregular.
What a Normal Resting Heart Rate Looks Like
For adolescents and adults, a normal resting heart rate falls between 60 and 100 beats per minute. Well-trained athletes often sit below 60, sometimes in the 40s, because their hearts pump more blood per beat. Children have faster resting rates: toddlers typically range from 80 to 130, school-age kids from 70 to 100. Infants can be as high as 140, and newborns up to 160.
Your resting rate is best measured after sitting or lying quietly for at least five minutes. Caffeine, stress, dehydration, and medications can all push the number up temporarily. What matters more than a single reading is your baseline pattern over time. A resting heart rate that gradually climbs over weeks, or one that suddenly feels irregular, is worth paying attention to.
What Your Pulse Can Tell You Beyond Heart Rate
Checking a pulse isn’t just about counting beats. The quality of the pulse carries information too. A strong, bounding pulse feels different from a weak, thready one. When healthcare providers check pulses at your feet and ankles, they’re often assessing blood flow to the extremities. A weak or absent pulse at the top of the foot or behind the ankle can signal narrowed arteries in the legs, a condition common in people with diabetes or peripheral artery disease.
Comparing pulses on both sides of the body is also informative. A pulse that’s noticeably weaker on one side than the other may indicate a blockage or narrowing in the artery supplying that limb. An irregular rhythm, where the beats seem to skip or come at uneven intervals, can point to an arrhythmia that’s worth investigating.
You can perform some of these checks yourself. Try finding the pulse at both wrists and noticing whether they feel similar in strength. Check the pulses on the tops of your feet. Becoming familiar with your own baseline makes it easier to notice when something changes.