A good resting pulse for adults falls between 60 and 100 beats per minute (bpm). Within that range, lower is generally better: a resting heart rate closer to 60 bpm typically reflects a heart that pumps blood efficiently without working overtime. Highly fit athletes can have resting rates as low as 40 bpm and be perfectly healthy.
Normal Resting Pulse by Age
What counts as “normal” changes dramatically from birth through adulthood. A newborn’s heart beats far faster than an adult’s because the heart is tiny and needs more contractions to circulate blood. As the heart grows, the rate naturally slows.
- Newborn (birth to 4 weeks): 100 to 205 bpm
- Infant (4 weeks to 1 year): 100 to 180 bpm
- Toddler (1 to 3 years): 98 to 140 bpm
- Preschool (3 to 5 years): 80 to 120 bpm
- School age (5 to 12 years): 75 to 118 bpm
- Adolescent (13 to 17 years): 60 to 100 bpm
- Adult (18 and older): 60 to 100 bpm
These ranges apply when you’re awake and at rest. Your pulse will be lower during sleep and higher during any physical activity.
Why Women’s Pulses Run Slightly Higher
Women tend to have a resting heart rate about 5 bpm higher than men, averaging around 79 bpm compared to roughly 74 bpm in men. This happens because women’s hearts are slightly smaller, so each beat pumps a little less blood. The heart compensates by beating more frequently. A woman with a resting pulse of 80 and a man with a resting pulse of 74 can both be equally healthy.
Hormones play a role too. Testosterone affects how quickly the heart muscle relaxes between beats, and estrogen shifts how the heart uses fuel for energy. Women also tend to have stronger parasympathetic nervous system influence on the heart, the branch of the nervous system responsible for slowing heart rate during rest and recovery.
When a Pulse Is Too Low or Too High
A resting heart rate below 60 bpm is called bradycardia. For trained athletes, this is normal and expected. If you’re not particularly active and your pulse consistently sits below 60, it’s worth discussing with a doctor. Clinical guidelines use 50 bpm as a more practical threshold for concern, since many healthy people naturally rest in the 50s without any problems.
On the other end, a resting pulse consistently above 100 bpm is called tachycardia. This can happen temporarily from caffeine, stress, or dehydration, but a persistently elevated rate at rest may signal an underlying issue with heart rhythm, thyroid function, or other conditions.
Pay attention to how your pulse feels, not just the number. A pulse that skips beats, flutters, or pounds noticeably can indicate an arrhythmia. Other warning signs include dizziness, fainting, chest discomfort, shortness of breath, or unusual fatigue paired with an abnormal heart rate.
What Affects Your Pulse Day to Day
Your resting heart rate isn’t a fixed number. It shifts throughout the day based on several factors:
- Caffeine and stimulants temporarily raise your heart rate.
- Stress, anxiety, and strong emotions trigger your fight-or-flight response, releasing adrenaline that speeds the heart.
- Temperature: hot weather or a fever increases your pulse as the body works to cool itself.
- Body position: your heart rate may tick up slightly when you first stand from sitting or lying down.
- Body size: people carrying extra weight often have a higher resting rate because the heart must work harder to supply a larger body.
- Medications: some blood pressure drugs are specifically designed to slow heart rate, so a lower reading on these medications is expected.
- Pain: even mild pain can raise your pulse.
For the most accurate reading of your “true” resting pulse, check it first thing in the morning before getting out of bed, or after sitting quietly for at least five minutes.
How to Check Your Pulse Accurately
You can measure your pulse at two easy-to-find spots: your wrist or the side of your neck.
For your wrist, turn your palm face up and place the tips of your index and middle fingers on the thumb side, in the groove between the wrist bone and the tendon. Press gently. Pushing too hard can actually block blood flow and give you a false reading. Count the beats for a full 60 seconds using a watch or timer. Some people count for 15 seconds and multiply by four, but the full minute is more accurate, especially if your rhythm feels irregular.
For your neck, place your index and middle fingers in the groove beside your windpipe on one side. Never press on both sides of your neck simultaneously, as this can make you dizzy or faint. Use the same light pressure and count for 60 seconds.
Your Pulse During Exercise
During a workout, a “good” pulse depends on your goals and your age. The standard formula for estimating your maximum heart rate is 220 minus your age. A 40-year-old, for example, has an estimated max of 180 bpm.
For moderate exercise like brisk walking or easy cycling, aim for 50% to 70% of your max. For vigorous exercise like running or high-intensity intervals, the target is 70% to 85%. Staying within these zones helps ensure you’re working hard enough to benefit your cardiovascular system without overloading it. Federal guidelines recommend either 150 minutes per week of moderate-intensity exercise or 75 minutes of vigorous activity.
Heart Rate Variability: Beyond the Number
Your pulse rate tells you how fast your heart beats, but there’s another metric gaining attention: heart rate variability, or HRV. This measures the tiny fluctuations in timing between consecutive heartbeats. Counterintuitively, more variation is better. High HRV means your nervous system is flexible and responsive, able to shift smoothly between “go” mode and “rest” mode. Low HRV suggests your body is under chronic stress or struggling to adapt, and it’s associated with a higher risk of health problems over time.
Many fitness trackers and smartwatches now report HRV. If you’re tracking your heart health beyond just pulse rate, HRV offers a useful window into how well your body recovers from stress, exercise, and illness.
Pulse and Blood Pressure Are Not the Same
A common misconception is that pulse and blood pressure move in lockstep. While they often rise and fall together (exercise raises both, for instance), they can also move in opposite directions. During dehydration or blood loss, blood pressure drops while heart rate rises as the heart tries to compensate. A normal pulse does not guarantee normal blood pressure, and vice versa. These are two separate measurements of cardiovascular health, and tracking both gives a more complete picture than either one alone.