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VO2 Max by Age: Charts for Men and Women, Poor to Elite (2026)

Comprehensive VO2 max reference tables with classification categories from Poor to Elite for every adult age group, plus sport-specific norms for runners, cyclists, swimmers, rowers, and more

By Glen • Updated 2026 • 13 min read

The Direct Answer

A good VO2 max for men ages 30-39 is 44-48 ml/kg/min (Good). For women in the same age group, a good VO2 max is 37-41 ml/kg/min. Average VO2 max for the general adult population is approximately 35-45 ml/kg/min for men and 27-38 ml/kg/min for women.

VO2 max declines approximately 1% per year in sedentary adults but only 0.5% per year in regularly active adults. Elite endurance athletes of all sports typically score 70+ ml/kg/min (men) and 60+ ml/kg/min (women).

97.5

World Record VO2 Max (ml/kg/min)

85+

Elite Marathon Runner VO2 Max

~1%

Annual VO2 Max Decline (sedentary)

10%

Max VO2 Gain from HIIT Training

VO2 Max Chart by Age: Average and Good at a Glance

The average VO2 max for a man aged 30 to 39 is 35 to 39 ml/kg/min and for a woman the same age 27 to 31. A good VO2 max is 44 to 48 for men and 37 to 41 for women at 30 to 39. The chart below pulls the Average and Good columns from the full tables further down, for every age group.

Age Men Average Men Good Women Average Women Good
20–2937–4147–5229–3339–43
30–3935–3944–4827–3137–41
40–4932–3642–4625–2934–38
50–5929–3238–4222–2631–34
60–6926–2934–3819–2228–31
70+23–2631–3517–2025–28

All values in ml/kg/min. Sources: American College of Sports Medicine (ACSM) normative data, Cooper Institute fitness standards and the HUNT Fitness Study. Women's values run about 10 to 15 percent lower than men's. Estimate yours with the VO2 max calculator or the Cooper test calculator.

VO2 Max Norms by Age for Men (ml/kg/min)

The table below provides age-specific VO2 max classifications for men based on normative data from the American College of Sports Medicine (ACSM), the Cooper Institute, and the HUNT Fitness Study. Values are in ml/kg/min.

Age Poor Below Avg Average Above Avg Good Excellent Elite
20–29 <31 31–36 37–41 42–46 47–52 53–60 >60
30–39 <29 29–34 35–39 40–43 44–48 49–56 >56
40–49 <26 26–31 32–36 37–41 42–46 47–54 >54
50–59 <23 23–28 29–32 33–37 38–42 43–49 >49
60–69 <20 20–25 26–29 30–33 34–38 39–45 >45
70+ <17 17–22 23–26 27–30 31–35 36–42 >42

Source: American College of Sports Medicine (ACSM) normative data, Cooper Institute fitness standards, and HUNT Study (Norway, n=4,631). Values in ml/kg/min.

VO2 Max Norms by Age for Women (ml/kg/min)

Women's VO2 max values are on average 10-15% lower than men's at equivalent training levels, primarily due to differences in hemoglobin concentration, heart size, and body composition. These norms account for those differences.

Age Poor Below Avg Average Above Avg Good Excellent Elite
20–29 <24 24–28 29–33 34–38 39–43 44–50 >50
30–39 <22 22–26 27–31 32–36 37–41 42–47 >47
40–49 <20 20–24 25–29 30–33 34–38 39–45 >45
50–59 <17 17–21 22–26 27–30 31–34 35–40 >40
60–69 <15 15–18 19–22 23–27 28–31 32–36 >36
70+ <13 13–16 17–20 21–24 25–28 29–34 >34

Source: ACSM Guidelines for Exercise Testing and Prescription, Cooper Institute normative data, and published exercise physiology literature. Values in ml/kg/min.

Find your own number on this chart

You do not need a lab to place yourself in these tables. Garmin and COROS watches estimate VO2 max from the pace and heart rate of ordinary outdoor runs, and a chest strap feeds that estimate cleaner heart-rate data than a wrist sensor. Retest every few weeks and watch the trend rather than any single reading.

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VO2 Max by Sport: Recreational to Elite Standards

Different sports produce different VO2 max ceilings due to the volume of muscle mass engaged and the cardiovascular demands. Cross-country skiing produces the highest VO2 max of any sport because it fully engages both upper and lower body. Here are typical VO2 max ranges from recreational participant to elite athlete by sport.

Sport Recreational (Men) Competitive (Men) Elite (Men) Elite (Women)
Distance Running 45–55 55–65 70–85 62–75
Road Cycling 43–53 53–65 75–85 63–74
Triathlon 44–54 54–65 72–82 60–70
Rowing 42–52 52–62 68–80 58–68
Swimming 40–50 50–60 60–75 55–65
Cross-Country Skiing 50–60 60–72 80–97 70–82
Soccer 40–50 50–58 60–70 50–60
Basketball 38–48 48–56 55–65 45–57
Sedentary (No Sport) 28–38 - - 22–30

Values in ml/kg/min. Source: Compiled from published exercise physiology literature including Bassett & Howley (2000), Lundby et al. (2017), and sport-specific studies. The all-time recorded VO2 max is 97.5 ml/kg/min (Oskar Svendsen, cross-country skiing, 2012).

Notable Elite Athlete VO2 Max Values

Published and estimated VO2 max values for elite athletes provide context for what the upper limits of human aerobic capacity look like. Aerobic capacity matters in mixed-modal sport too, which is where the CrossFit Games sit.

Athlete Sport VO2 Max (ml/kg/min) Source / Notes
Oskar Svendsen XC Skiing 97.5 Lab tested, 2012; all-time record
Bjorn Daehlie XC Skiing 96.0 Lab tested; 8 Olympic gold medals
Miguel Indurain Road Cycling 88.0 Lab tested during Tour de France era
Eliud Kipchoge Marathon ~85 Estimated; world marathon record holder
Steve Prefontaine Distance Running 84.4 Lab tested, University of Oregon
Lance Armstrong Road Cycling 83.8 Lab tested, Indiana Univ. 1993
Grete Waitz Marathon 73.0 Lab tested; one of the highest women's values recorded
Joan Benoit Samuelson Marathon ~78 Estimated; 1984 Olympic marathon champion

What Does My VO2 Max Score Mean?

Your VO2 max score has direct implications for health, performance, and longevity. Here is what each classification level means in practical terms.

Poor (<25 men / <20 women)

Significantly below average for your age. Associated with elevated cardiovascular disease risk. Everyday activities may cause noticeable breathlessness. Structured aerobic exercise 3x per week can produce significant improvements within 8-12 weeks.

Below Average / Average (25-39 men / 20-32 women)

Baseline cardiorespiratory fitness. Can handle moderate aerobic activity comfortably. Sufficient for recreational sport participation. Some elevated health risk compared to active peers. Consistent training at this level produces measurable health benefits.

Above Average / Good (40-48 men / 33-41 women)

Solid aerobic fitness. Associated with significantly reduced cardiovascular risk. Can complete a half marathon or century ride comfortably. Strong enough to be competitive in local recreational events. This range corresponds to training 4-6 hours per week consistently.

Excellent (49-56 men / 42-47 women)

High-level recreational athlete fitness. Can sub-4:00 marathon (men) or sub-4:30 (women). Competitive at local and regional levels. Significantly reduced all-cause mortality risk: research shows VO2 max above 50 ml/kg/min in men over 45 is associated with substantially lower cardiovascular mortality.

Elite (>56 men / >47 women)

Competitive athlete fitness. Can qualify for Boston Marathon. Competitive at state and national amateur levels. A VO2 max above 60 for men is estimated to require dedicated structured training for 3+ years and represents the top ~1-2% of all recreational athletes.

How VO2 Max Changes with Age

Men aged 20-29 average a VO2 max of 43-47 at the peak decade, and the table shows yearly decline rates for sedentary and active people.

Age Decade Sedentary Decline/Year Active Decline/Year Typical Average VO2 Max (Men) Primary Mechanisms
20–29 (Peak) ~0% ~0% 43–47 Peak cardiac output, max stroke volume
30–39 ~1.0% / year ~0.5% / year 40–44 Slight cardiac output reduction
40–49 ~1.0% / year ~0.5% / year 36–40 Reduced max HR, lower muscle mass
50–59 ~1.5% / year ~0.7% / year 31–35 Significant max HR decline, muscle loss
60–69 ~2.0% / year ~1.0% / year 26–30 Cardiac function, mitochondrial density
70+ ~2.5% / year ~1.2% / year 22–26 All mechanisms accelerated

Key finding: exercise cuts the decline in half

Multiple longitudinal studies show that regular aerobic exercise reduces the rate of VO2 max decline by approximately 50% compared to a sedentary lifestyle. The most effective intervention for maintaining VO2 max with age is high-intensity interval training (HIIT) performed 2-3 times per week in addition to regular aerobic base work.

Frequently Asked Questions

How do I read a VO2 max chart?

A VO2 max chart lists fitness classifications (Poor through Elite) in ml/kg/min by age group and gender. Find your age row and gender, then locate where your VO2 max value falls to get your classification. For example, on the men's chart a 35-year-old with a VO2 max of 48 falls in the Above Average band, while on the women's chart a 35-year-old at 40 lands in the same band. The full VO2 max charts for men and women, plus sport-specific norms, are above on this page.

What is a good VO2 max by age?

A good VO2 max for men ages 30-39 is 44-48 ml/kg/min (Above Average). For men 40-49, a good VO2 max is 42-46 ml/kg/min. For women ages 30-39, good is 37-41 ml/kg/min. For women 40-49, good is 34-38 ml/kg/min. These thresholds place you in approximately the top 25-30% for your age group based on ACSM normative data.

What is the average VO2 max for a 40-year-old?

The average VO2 max for an untrained 40-44 year old male is approximately 38-43 ml/kg/min. For recreationally active 40-year-old men, the typical range is 45-50 ml/kg/min. For untrained women ages 40-44, the average is 30-35 ml/kg/min, rising to 36-42 for regularly active women.

What VO2 max do elite runners have?

Elite male distance runners typically have VO2 max values of 70-85 ml/kg/min. Eliud Kipchoge is estimated at 85 ml/kg/min. Elite female runners score 62-75 ml/kg/min. The highest VO2 max ever recorded in any sport is 97.5 ml/kg/min by Norwegian cross-country skier Oskar Svendsen in 2012.

How can I improve my VO2 max?

The most effective method is high-intensity interval training. The Norwegian 4x4 protocol (4 intervals of 4 minutes at 90-95% max heart rate) has been shown in clinical studies to increase VO2 max by 5-10% in 8 weeks. Beginners can gain 10-15% in their first year of consistent aerobic training. Combining regular Zone 2 base training with 2 HIIT sessions per week is the most evidence-based approach for VO2 max development.

Does VO2 max matter for health?

Yes: VO2 max is one of the strongest predictors of all-cause mortality and cardiovascular health. Research published in JAMA Network Open (2018, n=122,000) found that low cardiorespiratory fitness was associated with higher mortality risk than smoking. Each 1 MET (approximately 3.5 ml/kg/min) increase in VO2 max is associated with a 13% reduction in cardiovascular events. The health benefit of improving from Poor to Average VO2 max is larger than the benefit of stopping smoking.

Gear to Track Your VO2 Max

Most Garmin running watches estimate VO2 max from heart rate during runs. Even the entry-level Forerunner 165 gives you a VO2 max estimate; pick based on display, battery and training features.

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under $250. AMOLED screen, VO2 max estimate, daily suggested workouts and race predictor. The value watch for most runners.

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Related Calculators and Guides

Key Takeaways

  • •Average VO2 max for untrained adults is 35-45 ml/kg/min (men) and 27-38 ml/kg/min (women) depending on age.
  • •VO2 max declines ~1% per year after 25 in sedentary people; this slows to ~0.5% per year in regularly active adults.
  • •Cross-country skiing produces the highest VO2 max of any sport; the all-time record is 97.5 ml/kg/min.
  • •HIIT training (4x4 minutes at 90-95% max HR) can improve VO2 max by 5-10% in 8 weeks based on clinical evidence.
  • •VO2 max is a powerful predictor of long-term health: each 3.5 ml/kg/min improvement is associated with ~13% reduction in cardiovascular risk.
  • •Use the VO2 Max Calculator to estimate your score from a recent race time or Cooper test result.

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More questions answered

How does VO2 max change with age?

VO2 max peaks in the early-to-mid 20s and then declines at approximately 1% per year in sedentary individuals, or about 10% per decade. In physically active adults who maintain training, the decline is roughly 0.5-0.7% per year. By age 65, the average sedentary person has a VO2 max roughly 40% lower than their peak in their 20s. Regular high-intensity aerobic training is the most effective intervention to slow this age-related decline.

Which sport produces the highest VO2 max?

Cross-country skiing produces the highest VO2 max values of any sport because it engages both upper and lower body muscle groups simultaneously. Elite male cross-country skiers average 80-95 ml/kg/min, with the all-time record of 97.5 ml/kg/min held by Oskar Svendsen. Distance running produces the second highest VO2 max averages (70-85 ml/kg/min for elite men), followed closely by cycling (75-85 ml/kg/min), rowing (70-80 ml/kg/min), and swimming (60-75 ml/kg/min).

What VO2 max is considered excellent for my age?

Excellent VO2 max thresholds by age group: Men 20-29: above 52 ml/kg/min, Men 30-39: above 51 ml/kg/min, Men 40-49: above 48 ml/kg/min, Men 50-59: above 45 ml/kg/min, Men 60-69: above 40 ml/kg/min. Women 20-29: above 44 ml/kg/min, Women 30-39: above 43 ml/kg/min, Women 40-49: above 40 ml/kg/min, Women 50-59: above 36 ml/kg/min, Women 60-69: above 32 ml/kg/min. These thresholds are based on normative data from exercise physiology research.

What does a VO2 max of 50 mean?

A VO2 max of 50 ml/kg/min places a 30-39 year old male in the 'Above Average' to 'Good' category, approximately the top 25-30% of his age group. For a 30-39 year old woman, 50 ml/kg/min would be elite level, well above average and approaching competitive athlete status. A VO2 max of 50 is sufficient to run a marathon comfortably and compete at recreational level in most endurance sports.