Athlete Health Report — Client A

Period: January 1st 2025 to December 31st 2025  ·  Generated: May 13th 2026, 15:34
👤
Client A
365
Days covered
51.6 bpm
Avg RHR
44 bpm
Min RHR
6.7 hrs
Avg sleep
78.7 ms
Avg RMSSD
31.5
Avg Stress
349
HRV tests
245
Runs logged
4:20/km
Best run pace
3
Walks logged

AI Analysis Claude

January 1st 2025 to December 31st 2025

Your resting heart rate of 51.6 bpm paired with an average HRV of 78.7 ms across 349 recorded nights paints a strong picture of autonomic resilience and consistent parasympathetic dominance. Your average stress score of 31.5 sits well inside the low-stress bracket, which confirms your nervous system is not just coping with your training load but genuinely recovering from it day to day. Taken together, these three metrics tell a coherent story: your body is absorbing work efficiently and returning to baseline without accumulating chronic sympathetic debt.

Your average sleep of 6.7 hours per night is the one clear limiting factor in an otherwise excellent recovery profile. Research consistently shows that pushing below seven hours blunts the overnight HRV rebound and elevates next-day stress reactivity, meaning your already strong HRV and stress numbers likely have further headroom you are leaving on the table. Even a modest increase toward 7.2 to 7.5 hours could amplify the recovery gains your cardiovascular data already suggests you are primed for.

With 245 runs logged across the year you have maintained impressive consistency at roughly every 1.5 days, and a best pace of 4:20 per kilometre demonstrates genuine speed capacity alongside that volume.

Your single highest-leverage change for the next period is to protect sleep duration, specifically:

- Target a minimum of 7.0 hours of actual sleep on at least five nights per week, prioritising this on nights following higher-intensity sessions. - Track your weekly HRV trend against nights where you exceed 7.0 hours to quantify the individual dose-response and confirm the payoff in your own data.

Resting Heart Rate

January 1st 2025 to December 31st 2025
Avg51.6 bpm
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.2.4
Normal (68%) Range49.2–54.0 bpm

Sleep

January 1st 2025 to December 31st 2025
Avg Deep1.21 hrs
Avg Light4.36 hrs
Avg REM1.18 hrs
Avg Total6.7 hrs
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.1.0
Normal (68%) Range5.8–7.7 hrs

HRV — RMSSD?Heart Rate Variability is a measure of the balance of the nervous system between sympathetic (fight or flight) and para-sympathetic (rest and relax). Generally, a higher number indicates better functioning.

January 1st 2025 to December 31st 2025
Avg Nightly HRV Score78.7
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.16.4
Normal (68%) Range62.3–95.1
Latest 7d avg98.6

Running

January 1st 2025 to December 31st 2025
1 / 10 ↓ overall stats
Avg Pace5:45/km
Best4:10/km
Total Time27h 10m
Total Kms276.3 km
Avg HR137 bpm
Avg Pace5:42/km
Best4:06/km
Total Time239h 05m
Total Kms2475.5 km
Avg HR136 bpm

Walking

January 1st 2025 to December 31st 2025
Walks16
Avg Pace7:27/km
Best Pace5:16/km
Total Dist110.1 km
Total Time14h 33m
Avg HR118 bpm

VO2Max?VO2Max is a measure of the body's ability to use oxygen. A higher number is better. The metric generally declines with age, and often correlates with performance.

January 1st 2025 to December 31st 2025
Latest50 ml/kg/min
Peak51 ml/kg/min
Period Avg50.3 ml/kg/min

Daily Steps

January 1st 2025 to December 31st 2025
Avg Steps13,221
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.7,992
Normal (68%) Range5,229–21,213

Daily Stress

January 1st 2025 to December 31st 2025
Avg Stress31.5
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.5.8
Normal (68%) Range25.6–37.3