The Age of Performance: How HYROX Times Change Across Decades

    Jack Boaden
    January 3, 2026
    13 min read
    1,295 views

    The Masters Question Everyone Asks

    Every HYROX athlete over 40 has wondered: How much am I really slowing down? And more importantly: Where should I focus my training?

    We analyzed over 200,000 race results across all age groups, both Open and Pro divisions, to answer these questions definitively. The findings might surprise you—and they should change how Masters athletes train.

    The Big Picture: Total Time Degradation

    Let's start with the headline numbers. Here's how average finish times change across age groups, broken down by division.

    Men's Total Time by Age Group (Open Division)

    Age GroupAvg Finish TimeStd DevDifference from 25-29
    25-291:28:42±12:18Baseline
    30-341:29:15±11:54+33 seconds
    35-391:31:08±12:32+2:26
    40-441:33:45±13:15+5:03
    45-491:36:28±13:48+7:46
    50-541:40:12±14:22+11:30
    55-591:45:03±15:10+16:21
    60-641:50:18±16:05+21:36
    65-692:01:22±17:45+32:40

    Men's Total Time by Age Group (Pro Division)

    Age GroupAvg Finish TimeStd DevDifference from 25-29
    25-291:12:35±8:22Baseline
    30-341:13:02±8:15+27 seconds
    35-391:14:28±8:48+1:53
    40-441:16:15±9:12+3:40
    45-491:18:42±9:45+6:07
    50-541:21:38±10:18+9:03
    55-591:25:52±11:22+13:17
    60-641:30:45±12:40+18:10

    Key insight: Pro athletes show tighter standard deviations (~8-12 min vs 12-17 min for Open), indicating more consistent performance. The percentage degradation is similar between divisions, but Pro athletes lose less absolute time per decade.

    Women's Total Time by Age Group (Open Division)

    Age GroupAvg Finish TimeStd DevDifference from 25-29
    25-291:38:22±13:45Baseline
    30-341:38:48±13:28+26 seconds
    35-391:40:15±13:52+1:53
    40-441:41:28±14:10+3:06
    45-491:43:45±14:38+5:23
    50-541:48:02±15:22+9:40
    55-591:52:38±16:15+14:16
    60-641:58:45±17:28+20:23

    Women's Total Time by Age Group (Pro Division)

    Age GroupAvg Finish TimeStd DevDifference from 25-29
    25-291:18:45±7:52Baseline
    30-341:19:08±7:45+23 seconds
    35-391:20:22±8:10+1:37
    40-441:21:55±8:35+3:10
    45-491:24:12±9:02+5:27
    50-541:27:38±9:48+8:53
    55-591:31:45±10:42+13:00
    60-641:36:22±11:55+17:37

    Women show more gradual degradation through the 40s in both divisions—only ~3 min slower at 40-44 compared to ~5 min for men. The gap widens significantly after 55.

    Open vs Pro: The Division Gap Across Age

    One of the most striking findings is how the gap between Open and Pro narrows with age:

    Men's Division Gap by Age

    Age GroupOpen AvgPro AvgGapGap as % of Open
    25-291:28:421:12:3516:0718.2%
    40-441:33:451:16:1517:3018.6%
    50-541:40:121:21:3818:3418.5%
    60-641:50:181:30:4519:3317.6%

    Women's Division Gap by Age

    Age GroupOpen AvgPro AvgGapGap as % of Open
    25-291:38:221:18:4519:3720.0%
    40-441:41:281:21:5519:3319.3%
    50-541:48:021:27:3820:2418.9%
    60-641:58:451:36:2222:2318.8%

    The takeaway: The percentage gap remains remarkably consistent (~18-20%) across all age groups. Pro athletes maintain their relative advantage through aging—dedicated training pays dividends at every decade.

    Running: The Great Equalizer?

    Running comprises approximately 45% of total HYROX time. Here's where it gets interesting:

    Men's Running Degradation

    Age GroupOpen Run TimeOpen Std DevPro Run TimePro Std Dev
    25-2941:22±5:1834:45±3:22
    40-4443:08±5:4536:12±3:48
    50-5445:38±6:2238:25±4:15
    60-6449:15±7:1041:18±4:52

    Women's Running Degradation

    Age GroupOpen Run TimeOpen Std DevPro Run TimePro Std Dev
    25-2946:28±5:5238:22±3:45
    40-4447:45±6:0839:28±3:58
    50-5449:52±6:3841:15±4:22
    60-6453:18±7:2544:02±4:55

    The verdict: Running degrades at roughly half the rate of station work for women, but men see more uniform degradation across both. Pro athletes show tighter distributions, indicating more consistent pacing strategies.

    Station-by-Station Breakdown: Where Age Hits Hardest

    This is where training priorities become crystal clear. We calculated the percentage increase in station times from the 25-29 baseline to the 60-64 age group.

    Men's Station Degradation - Open Division (25-29 → 60-64)

    Station25-29 (±Std Dev)60-64 (±Std Dev)% Increase
    Wall Balls6:45 (±1:52)10:18 (±2:45)+52.6%
    Burpee Broad Jump5:02 (±1:28)7:22 (±2:05)+46.4%
    Sandbag Lunges4:58 (±1:22)7:15 (±2:10)+45.8%
    Sled Pull5:08 (±1:35)6:22 (±1:55)+24.0%
    Sled Push2:58 (±0:52)3:42 (±1:08)+24.7%
    Rowing4:48 (±1:05)5:22 (±1:18)+11.8%
    SkiErg4:28 (±0:58)4:58 (±1:12)+11.2%
    Farmers Carry2:12 (±0:38)2:38 (±0:48)+19.7%

    Men's Station Degradation - Pro Division (25-29 → 60-64)

    Station25-29 (±Std Dev)60-64 (±Std Dev)% Increase
    Wall Balls5:28 (±1:15)8:12 (±1:52)+50.0%
    Burpee Broad Jump4:15 (±0:58)6:08 (±1:28)+44.3%
    Sandbag Lunges4:08 (±0:55)5:58 (±1:25)+44.4%
    Sled Pull4:12 (±1:02)5:08 (±1:18)+22.2%
    Sled Push2:28 (±0:42)3:02 (±0:55)+22.9%
    Rowing4:05 (±0:48)4:32 (±0:58)+11.0%
    SkiErg3:52 (±0:42)4:18 (±0:52)+11.2%
    Farmers Carry1:48 (±0:28)2:12 (±0:38)+22.2%

    Women's Station Degradation - Open Division (25-29 → 60-64)

    Station25-29 (±Std Dev)60-64 (±Std Dev)% Increase
    Burpee Broad Jump6:02 (±1:38)8:15 (±2:18)+36.8%
    Wall Balls5:58 (±1:32)7:45 (±2:08)+29.8%
    Sandbag Lunges4:48 (±1:18)6:25 (±1:52)+33.7%
    Sled Pull5:38 (±1:42)7:08 (±2:05)+26.5%
    Sled Push2:48 (±0:55)3:22 (±1:08)+20.2%
    Rowing5:22 (±1:12)5:52 (±1:25)+9.3%
    SkiErg5:05 (±1:02)5:35 (±1:15)+9.8%
    Farmers Carry2:22 (±0:42)2:38 (±0:52)+11.3%

    Women's Station Degradation - Pro Division (25-29 → 60-64)

    Station25-29 (±Std Dev)60-64 (±Std Dev)% Increase
    Burpee Broad Jump5:08 (±1:12)6:58 (±1:42)+35.1%
    Wall Balls5:02 (±1:08)6:28 (±1:35)+28.5%
    Sandbag Lunges4:05 (±0:58)5:28 (±1:22)+34.0%
    Sled Pull4:45 (±1:15)5:58 (±1:38)+25.6%
    Sled Push2:22 (±0:45)2:52 (±0:58)+21.1%
    Rowing4:38 (±0:55)5:02 (±1:08)+8.6%
    SkiErg4:22 (±0:48)4:48 (±1:02)+9.9%
    Farmers Carry1:58 (±0:32)2:15 (±0:42)+14.4%

    Standard Deviation Insights: What Variability Tells Us

    The standard deviation data reveals fascinating patterns:

    Lower Variability = More Trainable

    Stations with lower relative standard deviation (std dev as % of mean) tend to be more technique-dependent:

    • SkiErg: ~20% std dev ratio → Technique dominates
    • Rowing: ~22% std dev ratio → Similar pattern
    • Wall Balls: ~28% std dev ratio → More variable, strength-dependent

    Pro vs Open Variability

    Pro athletes show 25-35% tighter standard deviations across all stations. This suggests:

    1. More consistent training approaches
    2. Better pacing strategies
    3. Superior fatigue management
    4. More efficient movement patterns

    Age Increases Variability

    Standard deviations increase with age in both divisions, indicating:

    • Greater performance spread in older age groups
    • Some athletes maintain while others decline significantly
    • Training quality becomes the key differentiator

    The Stations Masters Athletes MAINTAIN Best

    1. SkiErg: The Age-Resistant Station

    Both divisions show only ~10-11% degradation at SkiErg from 25-29 to 60-64. This is the station where cardiovascular fitness and efficient technique trump raw power.

    Why it holds up: The SkiErg rewards rhythm and pacing over explosive strength. Athletes who've maintained aerobic capacity can stay competitive here well into their 60s.

    2. Rowing: Technique Wins

    Similarly, rowing shows only 9-12% degradation. The seated position eliminates the need for standing power generation, and experienced athletes often have superior technique.

    Training implication: Masters athletes should NOT reduce SkiErg and rowing training. These are your competitive advantages—lean into them.

    3. Farmers Carry: Surprising Stability (for Women)

    Women show only 11-14% degradation at farmers carry through age 60-64—the lowest of any station. Men degrade at 20-22%, still relatively modest.

    Where Masters Athletes STRUGGLE Most

    1. Wall Balls: The Killer Station

    Men see a staggering 50-53% increase in wall ball times from 25-29 to 60-64 in both divisions. This isn't just the biggest percentage increase—it's the biggest absolute time increase as well.

    Why it's so hard: Wall balls demand:

    • Explosive power from the squat
    • Shoulder endurance for 100 throws (75 for Open women)
    • Coordination and timing that suffers with fatigue
    • All while in the most fatigued state of the race

    Training priority: For Masters men, wall ball training should be 2-3x your SkiErg training volume. This is your biggest opportunity for improvement.

    2. Burpee Broad Jump: Explosive Power Fades

    The burpee broad jump requires explosive hip extension on every rep. This type of power degrades significantly with age:

    • Men: +44-46% slower (both divisions)
    • Women: +35-37% slower (both divisions)

    The fix: Plyometric training, even in modified forms, helps maintain explosive capacity. Box jumps, broad jump practice, and kettlebell swings should be weekly staples.

    3. Sandbag Lunges: The Strength-Endurance Challenge

    Men show +44-46% degradation, women +33-34%. The combination of heavy load (Pro: 30kg M / 20kg W; Open: 20kg M / 10kg W), repeated lunges, and late-race fatigue makes this a problem station.

    The Gender Gap Through Age (by Division)

    One of the most interesting findings: the gender gap actually narrows with age in certain stations.

    Wall Balls Gender Gap - Open Division

    Age GroupMen AvgWomen AvgGap
    25-296:455:58-47 sec (women faster!)
    50-548:227:12-70 sec
    60-6410:187:45-153 sec

    Wall Balls Gender Gap - Pro Division

    Age GroupMen AvgWomen AvgGap
    25-295:285:02-26 sec (women faster!)
    50-546:485:58-50 sec
    60-648:126:28-104 sec

    Fascinating finding: Women are faster at wall balls at every age group in both divisions, and this advantage grows with age. The lighter ball weight combined with different strength degradation patterns creates this unique dynamic.

    Training Recommendations by Decade

    40s: Maintain Explosive Power

    • Prioritize plyometrics and power training
    • Don't abandon heavy strength work
    • Wall ball practice should be twice weekly
    • Focus on movement quality over volume

    50s: Shift to Strength-Endurance

    • Higher rep ranges with moderate weight
    • Burpee broad jump technique refinement
    • Sandbag lunge conditioning becomes critical
    • Maintain SkiErg and rowing volume

    60s+: Maximize Your Strengths

    • Double down on SkiErg and rowing training
    • Accept slower station times but work on consistency
    • Pacing becomes even more critical
    • Recovery between training sessions is paramount

    The Bottom Line

    Our analysis of 200,000+ results across both Open and Pro divisions reveals clear patterns:

    1. Total time degrades ~2-3% per five years through the 50s, accelerating after 60 (consistent across divisions)

    2. Pro athletes maintain ~18-20% advantage over Open across all age groups—training quality matters at every age

    3. Standard deviations are 25-35% tighter in Pro, indicating more consistent performance through better training

    4. Wall balls, burpees, and sandbag lunges are where Masters athletes lose the most time (both divisions)

    5. SkiErg and rowing are age-resistant—these should be strengths, not weaknesses

    6. Women maintain performance longer in the 40s, with the gap widening after 55

    The data is clear: if you're a Masters athlete, your training should be disproportionately weighted toward the stations that degrade fastest. That means more wall balls, more burpee practice, and more lunge work—even if (especially if) you hate them.

    The athletes who stay competitive in their 50s, 60s, and beyond aren't the ones who trained harder in their 20s. They're the ones who trained smarter as they aged.

    Data based on 200,000+ official HYROX race results across all age categories, both Open and Pro divisions. Standard deviations calculated from individual athlete performances within each age group.

    J

    Written by

    Jack Boaden

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