To calculate your pulse, place two or three fingertips on the inside of your wrist, count the beats you feel over a set time period, and multiply to get your beats per minute (bpm). A normal resting heart rate for adults falls between 60 and 100 bpm. The whole process takes 60 seconds or less, and the only equipment you need is a clock or timer.
Where to Find Your Pulse
The easiest spot is the radial artery on the thumb side of your wrist. Turn one hand palm-up and use the pads of your first two or three fingers (index, middle, and optionally ring finger) on the opposite hand. Place them along the outer edge of your wrist, right where the wrist meets the hand and bends. You’re feeling for the artery that runs along the radius bone. Press gently until you detect a steady rhythm.
Don’t use your thumb. It has its own pulse, which can interfere with your count.
Your neck is another option. Place two fingers lightly beside your windpipe, just below the jawline. Only check one side at a time, and use light pressure. Pressing too hard on the carotid artery can temporarily slow your heart rate or make you feel lightheaded.
How to Count and Calculate
The gold standard is a full 60-second count. Start your timer, count every beat you feel, and the number you land on is your heart rate in beats per minute. No math required.
If you want a faster reading, count for 30 seconds and multiply by 2, or count for 15 seconds and multiply by 4. The tradeoff is accuracy. A study published in Ergonomics found that 15-second counts average about 1.9 bpm of error, and in 1 out of 20 readings, the error exceeds 5 bpm. Counting for 30 seconds cuts the average error roughly in half, to about 1 bpm. The shorter the counting window, the more a single missed or extra beat throws off your total.
For everyday tracking, a 30-second count strikes a good balance between speed and reliability. If you’re monitoring a specific health concern, count for the full 60 seconds.
Getting an Accurate Resting Reading
Your resting heart rate is the baseline number that tells you the most about your cardiovascular fitness over time. To measure it properly, you need to actually be at rest, and several common habits can skew the result.
- Timing after exercise: Wait at least one to two hours after a workout or stressful event. Your heart rate stays elevated well after you stop moving.
- Caffeine: Wait at least an hour after coffee, tea, or energy drinks. Caffeine can cause palpitations and raise your rate.
- Body position: Don’t take a reading right after standing up from a long sit, or after standing in one place for a while. Either can temporarily shift your rate. Sit comfortably for a few minutes first.
The most consistent time to check is first thing in the morning, before you get out of bed. If you track it over several days, you’ll get a reliable average that smooths out day-to-day variation.
What Your Resting Heart Rate Means
For adults, 60 to 100 bpm is considered the normal resting range. Well-trained endurance athletes often sit much lower, sometimes near 40 bpm, because their hearts pump more blood per beat and don’t need to work as hard at rest.
A resting rate consistently above 100 bpm is classified as tachycardia. It doesn’t always signal a problem (anxiety, dehydration, and fever can all push you there temporarily), but a persistently elevated rate is worth investigating. A rate consistently below 60 bpm is called bradycardia. For fit individuals this is normal and healthy. For someone who isn’t particularly active, it could indicate an issue with the heart’s electrical system.
Certain medications directly lower your pulse. Beta-blockers, commonly prescribed for high blood pressure, are the most well-known example. Calcium channel blockers, digoxin, and some antidepressants can also slow heart rate. If you take any of these, your “normal” baseline will be lower than standard ranges suggest, and that’s expected.
Using Your Pulse During Exercise
Your pulse becomes a useful intensity gauge once you know your estimated maximum heart rate. The simplest formula is 208 minus 0.7 times your age (the Tanaka formula). A separate formula developed for women uses 206 minus 0.88 times your age (the Gulati formula). Both are estimates, not exact ceilings, but they give you a working number to build training zones around.
For a 40-year-old using the Tanaka formula: 208 minus (0.7 × 40) = 180 bpm estimated max.
From there, the American Heart Association defines two main training zones based on percentages of your max:
- Moderate intensity: 50% to 70% of max. For a max of 180, that’s 90 to 126 bpm. Think brisk walking, easy cycling, or light swimming.
- Vigorous intensity: 70% to 85% of max. For a max of 180, that’s 126 to 153 bpm. Think running, fast cycling, or high-intensity intervals.
To check your zone mid-workout, pause briefly, find your radial or carotid pulse, and do a quick 15-second count multiplied by 4. The small accuracy tradeoff is worth it here because your heart rate drops rapidly once you stop moving. A full 60-second count would give you a number that no longer reflects your exercise intensity.
Tracking Changes Over Time
A single pulse reading is a snapshot. The real value comes from tracking your resting heart rate over weeks and months. A gradually declining resting rate usually reflects improving cardiovascular fitness. A sudden or sustained increase from your personal baseline, without an obvious cause like illness or stress, can be an early signal that something has changed in your body, from overtraining to an emerging infection.
Write down your morning reading or log it in a simple app. You’re looking for your own trend line, not how you compare to a chart. Someone whose resting rate drops from 78 to 68 over six months of regular exercise is seeing a meaningful, measurable improvement in heart efficiency, even though both numbers fall within the “normal” range.