Normal Heart Rate by Age Chart

Quick answer: A normal resting heart rate for adults is 60–100 bpm (American Heart Association), with most healthy adults measuring 60–80 bpm. Maximum heart rate is roughly 208 − 0.7 × age (Tanaka) and declines about 1 bpm per year.

Use the chart below to compare your own readings to typical resting and maximum values, plus calculated Zone 1–5 training ranges for every 5-year age bracket from 20 to 80.

Key Takeaways

Normal RHR: 60–100 bpm
Most healthy adults sit at 60–80. Athletes often 40–60. Age has minimal effect.
Max HR drops ~1 bpm/year
Tanaka (208 − 0.7 × age) is our starting point. Individual max HR varies ±10 bpm from formulas.
Women: use Gulati
206 − 0.88 × age is more accurate for women than the generic 220 − age reference.
Falling RHR = fitness up
A drop of 3–5 bpm over months of training is a real signal, not noise.
Above 100 bpm = evaluate
Persistent tachycardia warrants a medical check. One-off elevated readings don't.
Zones scale with age
A 30-yo Zone 2 ≈ 112–131 bpm. A 60-yo Zone 2 ≈ 100–116 bpm. Same effort, different numbers.

Resting Heart Rate Chart by Age

Resting heart rate is the most reliable everyday indicator of cardiovascular fitness. Measure it first thing in the morning, lying still, before getting out of bed. A lower resting HR generally means a stronger, more efficient heart.

Normal resting heart rate ranges in beats per minute by age
AgeTypical adult (bpm)Athlete / very fit (bpm)Concern above
2060–8040–55100 bpm
2560–8040–55100 bpm
3060–8040–55100 bpm
3560–8242–57100 bpm
4062–8244–58100 bpm
4563–8345–60100 bpm
5063–8446–62100 bpm
5564–8548–63100 bpm
6064–8650–64100 bpm
6565–8652–66100 bpm
7065–8854–68100 bpm
7566–8855–70100 bpm
8067–9056–72100 bpm

Maximum Heart Rate by Age (Tanaka & Gulati)

Max HR is the upper ceiling of your cardiovascular system and the anchor for every training zone calculation. We use the Tanaka formula (208 − 0.7 × age) for men and the Gulati formula (206 − 0.88 × age) for women. Fox (220 − age) is shown elsewhere only as a historical reference.

Estimated maximum heart rate by age and gender
AgeMax HR — Men (Tanaka)Max HR — Women (Gulati)Individual range (±10)
20194 bpm188 bpm184–204
25191 bpm184 bpm181–201
30187 bpm180 bpm177–197
35184 bpm175 bpm174–194
40180 bpm171 bpm170–190
45177 bpm166 bpm167–187
50173 bpm162 bpm163–183
55170 bpm158 bpm160–180
60166 bpm153 bpm156–176
65163 bpm149 bpm153–173
70159 bpm144 bpm149–169
75156 bpm140 bpm146–166
80152 bpm136 bpm142–162

Training Zone Heart Rate Chart by Age (Zone 1–5)

The table below shows the five standard training zones (% of max HR) for each age bracket using the Tanaka formula (our default for men). For personalized zones that factor in your resting heart rate, use our heart rate zone calculator.

Heart rate training zones 1 through 5 by age
AgeZ1 Recovery (50–60%)Z2 Endurance (60–70%)Z3 Aerobic (70–80%)Z4 Threshold (80–90%)Z5 Max (90–100%)
2097–116116–136136–155155–175175–194
2596–115115–134134–153153–172172–191
3094–112112–131131–150150–168168–187
3592–110110–129129–147147–166166–184
4090–108108–126126–144144–162162–180
4589–106106–124124–142142–159159–177
5087–104104–121121–138138–156156–173
5585–102102–119119–136136–153153–170
6083–100100–116116–133133–149149–166
6582–9898–114114–130130–147147–163
7080–9595–111111–127127–143143–159
7578–9494–109109–125125–140140–156
8076–9191–106106–122122–137137–152

Resting vs Maximum Heart Rate: Which Matters More?

Resting HR is the best everyday measure of fitness; max HR is the anchor for training intensity. Resting heart rate reflects how efficiently your heart pumps at rest — a drop of even 3–5 bpm over months of training is a meaningful sign of improvement. Maximum heart rate, in contrast, is mostly genetic and declines with age regardless of fitness; it's used to set training zones rather than judge cardiovascular health.

For a deeper comparison of the two metrics, read our guide on resting vs max heart rate.

Frequently Asked Questions

What is a normal resting heart rate by age?

A normal resting heart rate for adults is 60–100 beats per minute (AHA). Most healthy adults sit in the 60–80 bpm range across all age groups. Trained endurance athletes commonly measure 40–60 bpm. Resting HR does not change dramatically with age — but maximum heart rate does.

What is a normal max heart rate by age?

We estimate maximum heart rate with Tanaka (208 − 0.7 × age) for men and Gulati (206 − 0.88 × age) for women; Fox (220 − age) is only a historical reference. At age 30 max HR ≈ 187 bpm (men) and 180 (women); at 50 ≈ 173 and 162; at 70 ≈ 159 and 144. All formulas carry ±10–15 bpm individual variation.

Does resting heart rate increase with age?

Resting heart rate stays relatively stable in healthy adults across the lifespan. A rising resting HR over months or years is more often a sign of declining fitness, stress, or illness than aging itself. Maximum heart rate, in contrast, declines roughly 0.7–1 bpm per year.

What resting heart rate is too high?

A consistent resting heart rate above 100 bpm (tachycardia) warrants medical evaluation. Persistent values above 80 bpm in otherwise healthy adults are linked to higher cardiovascular risk. A single elevated reading after caffeine, stress, or poor sleep is not a concern.

What is a good resting heart rate for a woman?

Women typically have a resting heart rate 2–7 bpm higher than men of the same age and fitness level due to smaller heart size. A normal range for adult women is 60–82 bpm; well-trained women often measure 50–65 bpm.

Bottom line
RHR ≈ your fitness thermometer. Max HR ≈ your zone scale. Use both — but only expect RHR to actually change from training.

Turn these numbers into training

Disclaimer: This calculator is for informational purposes only and does not provide medical advice. Always consult with a healthcare professional before starting any new exercise program.

Normal Heart Rate by Age Chart

A comprehensive chart of normal resting and maximum heart rate ranges by age — for children, adults, athletes, and seniors. Includes calculator and context.

Normal Resting Heart Rate by Age (Reference Chart)

The values below reflect ranges observed in population studies for healthy individuals without cardiovascular disease. Fit adults typically sit at the lower end of each range; sedentary adults at the upper end.

Age group Normal resting HR Average max HR (Nes)
Newborn (0–1 mo)70–190 bpmn/a
Infant (1–11 mo)80–160 bpmn/a
Child (2–10 y)70–130 bpm~200 bpm
Adolescent (11–17 y)60–100 bpm~200 bpm
Adult 18–2955–85 bpm~195 bpm
Adult 30–3955–85 bpm~189 bpm
Adult 40–4960–85 bpm~182 bpm
Adult 50–5960–85 bpm~176 bpm
Adult 60–6960–85 bpm~170 bpm
Adult 70+60–90 bpm~163 bpm
Trained endurance athlete40–55 bpmAge-predicted
Elite endurance athlete30–45 bpmAge-predicted

Max HR values estimated from Nes et al. (HUNT Fitness Study, 2013): HRmax = 211 − 0.64 × age. Individual variation is ±10 bpm.

Why Resting HR Falls With Fitness

Endurance training expands blood plasma volume, thickens the left ventricle, and increases parasympathetic tone. Together these effects allow the heart to deliver the same cardiac output at rest with fewer, more powerful beats. A drop of 10–20 bpm in resting HR over a year of consistent training is common and healthy.

Resting HR and Longevity

A Danish cohort study of 2,798 middle-aged men found that each 10-bpm increase in resting heart rate was associated with a 16% higher risk of all-cause mortality, independent of physical fitness. Resting HR is one of the simplest, cheapest cardiovascular biomarkers available.

Reference: Jensen MT, Suadicani P, Hein HO, Gyntelberg F. Elevated resting heart rate, physical fitness and all-cause mortality: a 16-year follow-up in the Copenhagen Male Study. Heart. 2013;99(12):882–7.

Heart Rate Zones (reference: age 30, HRmax ≈ 187 bpm, Tanaka)

Zone Name % HRmax BPM (age 30) Primary use
1Recovery50–60%94–112Warm-up, recovery, active rest
2Endurance60–70%112–131Aerobic base, fat oxidation
3Aerobic70–80%131–150Tempo, aerobic capacity
4Hard80–90%150–168High-intensity, threshold-oriented work (not the same as measured LTHR)
5Maximum90–100%168–187Very-high-intensity, VO₂max-oriented intervals (reaching it does not prove VO₂max)

Maximum Heart Rate Formulas

No formula is universally “correct.” The only way to know your true HRmax is a supervised maximum-effort test.

Disclaimer: This calculator is for informational purposes only and does not provide medical advice. Always consult with a healthcare professional before starting any new exercise program.