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Heart health

What is a good resting heart rate?

The normal range is wide, and each person has their own usual number. Here is how to read both.

EVEashan VagishUpdated October 15, 20267 min read

Last reviewed October 15, 2026

A smartwatch on a wrist showing a heart rate reading.

For most adults, a normal resting heart rate is 60 to 100 beats per minute (bpm), measured while sitting or lying down and calm.[1] For well-trained athletes, 40 to 60 bpm is normal.[2] Each person also has their own usual rate, and people's normal rates can differ by as much as 70 bpm.[3]

Key takeaways

  • For most adults, a normal resting heart rate is 60 to 100 beats per minute (bpm).[1]
  • For well-trained athletes, 40 to 60 bpm is normal, and a rate under 60 can also come from sleep or medicines like beta blockers.[2, 1]
  • People differ a lot. In 92,457 wearable users, one person's normal could differ from another's by as much as 70 bpm.[3]
  • Higher resting rates are linked with higher risk of death in large studies, but whether lowering yours lowers your risk is still debated.[7, 8, 9]
  • Call 911 if your heart rate is suddenly very high or very low for you, especially with chest pain, shortness of breath, dizziness or fainting.[1]

What counts as a normal resting heart rate?

Resting heart rate
How many times your heart beats in a minute when you are not exercising.[1] Heart rate is also called your pulse.[1]

The American Heart Association (AHA) puts a normal resting heart rate at 60 to 100 bpm, if you are sitting or lying down, calm and feeling well.[1] The National Heart, Lung, and Blood Institute gives the same range for most adults.[10]

Children have faster hearts, and the normal range narrows as they grow. MedlinePlus, from the National Library of Medicine, lists these ranges:[2]

AgeNormal resting heart rate
Newborns, 0 to 1 month70 to 190 bpm[2]
Infants, 1 to 11 months80 to 160 bpm[2]
Children, 1 to 2 years80 to 130 bpm[2]
Children, 3 to 4 years80 to 120 bpm[2]
Children, 5 to 6 years75 to 115 bpm[2]
Children, 7 to 9 years70 to 110 bpm[2]
Age 10 and older, including adults and seniors60 to 100 bpm[2]
Well-trained athletes40 to 60 bpm[2]
Normal resting heart rate by age, as listed by MedlinePlus

Other medical sources draw the children's bands a little differently. Cleveland Clinic, for example, lists 100 to 205 bpm for newborns.[4] For adults, the sources agree on 60 to 100.[1, 4, 10]

Below 60 bpm at rest is called bradycardia, and above 100 bpm is called tachycardia.[5, 6] Neither is always a problem.[1] The sections below explain when each one matters.

Below 60: bradycardia
40–60
60 to 100: normal range
60–100
Over 100: tachycardia
100–110
Adult resting heart rate: the labels doctors use · bpm

Is a low resting heart rate good?

It can be. A rate under 60 does not always signal a problem.[1] It is common in athletes, whose heart muscle does not need to work as hard.[1] It can also come from medicines such as beta blockers, and heart rate can be lower during sleep.[1]

Cleveland Clinic notes that rates in the 40s or 50s are common in athletes and in people taking beta blockers or calcium channel blockers.[4] Symptoms are the signal to watch. A rate that is too slow can reduce blood flow to the brain. Its symptoms include feeling weak or tired, dizziness, confusion, fainting and shortness of breath.[5]

What a high resting heart rate can mean

A resting rate over 100 may be tachycardia, and it usually is not normal, but it is not always a sign of a problem.[1, 4] It can be temporary, for example when you are stressed or anxious, so it is worth checking again later to see if it comes down.[4] A fast pulse may also signal an infection or dehydration.[2]

For the common causes and the warning signs, read why your heart rate might be high.

Does a lower resting heart rate mean better health?

In large studies, a higher resting rate goes with a higher risk of death. A review of 46 studies found that each 10 bpm higher was linked with a 9% higher relative risk of death from any cause.[7] The authors also found large differences between studies and signs of publication bias.[7]

The authors describe resting rate as a predictor of death in the general population.[7] That is a pattern across groups, not a forecast for one person.

In a Norwegian study of adults without known heart disease, measured twice about 10 years apart, a rising resting rate went with a higher risk of death from ischemic heart disease, but a falling rate showed no general benefit for survival.[8] Whether lowering your own rate lowers your risk is still an open question.[8, 9]

Exercise does lower it, modestly. Across 191 studies of healthy people, those who exercised lowered their resting rate by 3.3 bpm more than people who did not.[9] Endurance training and yoga lowered it in both men and women, while strength training had no significant effect.[9]

What moves your resting heart rate

  • Temperature. A rise in body temperature may raise your heart rate, and outside temperature may affect it too.[1]
  • Standing up. Heart rate may go up a little when you first stand, then settle within a few minutes.[1]
  • Emotions and pain. Stress, anxiety, happiness, sadness and pain can all raise your pulse.[1]
  • Sleep. Poor sleep can cause a high heart rate.[4]
  • Alcohol, caffeine and smoking. All three make your heart rate go up.[4]
  • Body size. People with obesity might have a higher heart rate than people without.[1]
  • Pregnancy. Resting heart rate is higher when you are pregnant.[4]
  • Medicines. Beta blockers, calcium channel blockers and several others can slow your heart rate.[1]

For one person, resting heart rate is fairly steady. In a study of 92,457 people wearing a fitness tracker, most had a typical weekly swing of only 3 bpm.[3] Still, 20% had at least one week when their rate moved by 10 bpm or more.[3]

How to measure it

  1. 1Rest first. To get a resting rate, you need to have been resting for at least 10 minutes.[2]
  2. 2Place your index and middle fingers on the underside of your other wrist, below the base of your thumb, and press with flat fingers until you feel the pulse.[2]
  3. 3Count the beats for 1 full minute, or count for 30 seconds and multiply by 2.[2]
  4. 4If you use your neck instead, sit or lie down first, and never press both sides of the neck at once.[2]
  5. 5If a number looks unusual, note what you were doing right before you checked.[4]

Some smartwatches and phone apps can also find your resting heart rate.[10] A wrist tracker may not always match an electrocardiogram (ECG), mostly during activity and when your heart is beating fast, though other studies found the difference quite small.[3]

Worked example

Finding your own baseline

Take a hypothetical adult who checks their pulse at rest once a day for a week, using the 30-second method.

  1. Day 1: count for 30 seconds, then double it

    34 beats × 2

    68 bpm

  2. Days 2 to 7, counted the same way

    66, 64, 67, 65, 69, 66

    6 more readings

  3. Average the week

    (68 + 66 + 64 + 67 + 65 + 69 + 66) ÷ 7

    66.4 bpm

  4. Day 8 reads 79. Compare it with the average

    79 − 66.4

    12.6 bpm higher

This person's usual resting rate

about 66 bpm

A jump like day 8 is worth a second look, not alarm: check again later to see if it comes down.[4] In a large wearable study, a 10 bpm swing within a week happened at least once for 20% of people.[3] A rate that stays high, or comes with symptoms, is one to raise with a clinician.[2, 1]

Researchers are testing whether a rise above your own baseline can flag illness early.[11] In 32 people with COVID-19, smartwatch data showed changes in heart rate, steps or sleep for 26 of them.[11] The study had only 32 infected people, out of nearly 5,300 taking part, and it looked back at data already collected.[11] It does not make a watch a test for infection.

When to talk to a clinician

Frequently asked questions

It can be. MedlinePlus lists 40 to 60 beats per minute as normal for well-trained athletes, and medicines such as beta blockers and sleep can also lower your rate. A low rate that comes with dizziness, fainting, weakness or shortness of breath needs a clinician.

Stress, poor sleep, alcohol, caffeine, smoking, pregnancy and infection can all raise it. In a large wearable study, most people had a weekly swing of about 3 beats per minute, and 20% had at least one week with a swing of 10 or more. A rise that lasts with no clear reason, or comes with symptoms, is worth raising with a clinician.

References & further reading

  1. 1.All about heart rate (pulse), American Heart Association
  2. 2.Pulse, MedlinePlus (National Library of Medicine)
  3. 3.Inter- and intraindividual variability in daily resting heart rate and its associations with age, sex, sleep, BMI, and time of year: retrospective, longitudinal cohort study of 92,457 adults, PLOS ONE (Quer et al.), 2020
  4. 4.Heart rate, Cleveland Clinic
  5. 5.Bradycardia: slow heart rate, American Heart Association
  6. 6.Tachycardia: fast heart rate, American Heart Association
  7. 7.Resting heart rate and all-cause and cardiovascular mortality in the general population: a meta-analysis, CMAJ (Zhang et al.), 2016
  8. 8.Temporal changes in resting heart rate and deaths from ischemic heart disease, JAMA (Nauman et al.), 2011
  9. 9.Effects of exercise on the resting heart rate: a systematic review and meta-analysis of interventional studies, Journal of Clinical Medicine (Reimers et al.), 2018
  10. 10.Arrhythmias: types, National Heart, Lung, and Blood Institute (NIH)
  11. 11.Pre-symptomatic detection of COVID-19 from smartwatch data, Nature Biomedical Engineering (Mishra et al.), 2020
  12. 12.Warning signs of a heart attack, American Heart Association
EV

Eashan Vagish

Founder, Dalia Health

Eashan Vagish is the founder of Dalia Health, where he works on making heart and metabolic health easier to understand and track. He writes these guides to answer the health questions people actually ask, in plain language, with links to the research behind every claim.

About this guide: These guides are written by the Dalia Health team. Every factual claim links to its source, preferring peer-reviewed research and public-health bodies such as the NIH, CDC and WHO. Each guide shows when it was last reviewed. They are for general education and are not a substitute for medical advice. Read our editorial policy at daliahealth.com/editorial-policy, and report an error to info@daliahealth.com.

Medical disclaimer: This article is for general educational purposes only and is not medical advice. It is not a substitute for diagnosis or treatment from a qualified healthcare professional. Always talk to your doctor about your individual health, and seek immediate care for any urgent symptoms.

How we write, source and correct these guides: our editorial policy. Spot an error? Email info@daliahealth.com.

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