Calculating your pulse rate takes about 30 seconds and requires nothing but two fingers and a clock. Your pulse rate equals your heart rate, measured in beats per minute (bpm), and the simplest method is counting the beats you feel at your wrist or neck over a set time interval, then doing quick math to get your per-minute number.
Where to Feel Your Pulse
The two easiest spots are your wrist (radial pulse) and your neck (carotid pulse). For the wrist, turn one hand palm-up and place the middle two or three fingers of your other hand on the inner wrist, just below where your thumb connects. Press gently into the groove between the bone and the tendon. You should feel a steady, subtle throb.
For the neck, place your index and middle fingers in the soft groove just beside your windpipe, below the jawline. This is roughly the midpoint between your earlobe and chin. The carotid artery carries a strong signal, so it’s a good backup if you have trouble finding your wrist pulse. Don’t press too hard on both sides of the neck at once, as this can make you lightheaded.
Other pulse points exist at the inside of the elbow (brachial artery), behind the knee, on the top of the foot between the first and second toes, and at the temple just in front of the ear. These are less convenient for self-checks but useful in first aid or clinical settings when the wrist or neck pulse is hard to locate.
The 30-Second Method
Once you feel the pulse, watch a clock or start a stopwatch and count every beat for 30 seconds. Multiply that number by 2. That’s your heart rate in beats per minute. If you counted 36 beats in 30 seconds, your pulse rate is 72 bpm.
You can also count for a full 60 seconds without multiplying, which is slightly more accurate, especially if your heartbeat feels irregular or inconsistent. A 15-second count multiplied by 4 works in a pinch, but shorter windows magnify any miscounting. If you’re off by one beat in a 15-second count, your result is off by 4 bpm. In a 30-second count, that same error only shifts the result by 2 bpm.
Why You Shouldn’t Use Your Thumb
Always use your index and middle fingers to check a pulse, never your thumb. Your thumb has its own pulse, strong enough that you may end up counting your own thumb’s beats instead of (or blended with) the pulse at the site you’re measuring. This is one of the most common mistakes and can give you a reading that’s completely off.
What a Normal Resting Pulse Looks Like
A normal resting heart rate for adults (18 and older) is 60 to 100 bpm. Well-trained athletes often sit below 60 bpm, and that’s perfectly healthy for them. Children run faster: a toddler’s resting pulse can be 98 to 140 bpm, a school-age child’s 75 to 118 bpm, and an adolescent’s range narrows to the adult window of 60 to 100 bpm. Newborns can have resting rates as high as 205 bpm.
For adults, a resting rate consistently below 60 bpm (outside of athletic fitness) is considered bradycardia. Clinically significant bradycardia often involves rates below 50 bpm or pauses in the heartbeat lasting more than 3 seconds. On the other end, a resting rate consistently above 100 bpm is called tachycardia. Neither label automatically means something is wrong, but both are worth tracking and mentioning to a healthcare provider if you notice them.
Getting an Accurate Resting Reading
Your resting pulse rate is most reliable when you measure it first thing in the morning, before getting out of bed, or after sitting quietly for at least five minutes. Caffeine, stress, dehydration, recent physical activity, and even body position can all push the number higher. If you’ve just walked up stairs, your pulse will be elevated for several minutes afterward.
Sit or lie down, breathe normally, and give your body time to settle before counting. If you want to track trends over time, measure under the same conditions each day, ideally the same time, same position, same arm. Single readings are snapshots; patterns across days or weeks tell you much more.
Wearable fitness trackers tend to be quite accurate at rest or during light activity like walking. They become less reliable during exercises that involve a lot of arm movement, such as using an elliptical with arm levers, because the motion interferes with the sensor’s ability to read blood flow through the skin.
Calculating Your Target Heart Rate for Exercise
If you’re checking your pulse during a workout, you’ll want to know your target heart rate zone. This requires two numbers: your maximum heart rate and the percentage range you’re aiming for.
To estimate your maximum heart rate, multiply your age by 0.7 and subtract the result from 208. For a 40-year-old, that’s 208 minus 28, giving a maximum of 180 bpm. Moderate exercise intensity sits at 50% to 70% of that maximum (90 to 126 bpm for this example). Vigorous intensity is 70% to 85% (126 to 153 bpm).
A more personalized approach uses your heart rate reserve (HRR), which accounts for your fitness level by factoring in your resting pulse. Here’s how it works:
- Step 1: Calculate your maximum heart rate (208 minus your age times 0.7).
- Step 2: Subtract your resting heart rate from that maximum. The result is your heart rate reserve.
- Step 3: Multiply your HRR by your desired intensity (for example, 0.7 for 70% or 0.85 for 85%).
- Step 4: Add your resting heart rate back to each number.
For a 40-year-old with a resting pulse of 65 bpm: maximum heart rate is 180, HRR is 115. At 70% intensity, that’s (115 × 0.7) + 65 = 145 bpm. At 85%, it’s (115 × 0.85) + 65 = 163 bpm. So a vigorous workout zone for this person would be roughly 145 to 163 bpm, which is noticeably different from the simpler percentage-of-max calculation. The HRR method is generally considered more accurate because it adjusts for individual baseline fitness.
Checking Pulse Rate During Exercise
Mid-workout pulse checks need to happen quickly because your heart rate drops fast once you stop moving. Pause your activity, find your pulse at the neck (it’s usually easier to locate when your heart is pounding), and count for 10 seconds. Multiply by 6. This gives you a reasonable estimate before your rate has time to fall significantly. A 10-second window is less precise than a 30-second count, but during exercise, speed matters more than decimal-point accuracy.
If your pulse feels erratic during or after exercise, with skipped beats or fluttering rather than a steady rhythm, that’s worth noting separately from the rate itself. Occasional skipped beats are common and usually harmless, but a persistently irregular rhythm is a different conversation from a fast or slow rate.