Athlete Health Report — Client B

Period: June 1st 2026 to June 30th 2026  ·  Generated: June 10th 2026, 18:25
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Client B
10
Days covered
49.6 bpm
Avg RHR
47 bpm
Min RHR
8.1 hrs
Avg sleep
83.8 ms
Avg RMSSD
25.9
Avg Stress
10
HRV tests
4
Runs logged
5:03/km
Best run pace
2
Pool swims
1
Ocean swims
4
Rides logged
30.5 km/h
Best ride spd

AI Analysis Claude

June 1st 2026 to June 30th 2026

Your resting heart rate of 49.6 bpm, HRV averaging 83.8 ms, and a notably low stress score of 25.9 paint a cohesive picture of strong autonomic balance and efficient recovery. These three metrics reinforce one another: the low RHR reflects solid cardiac efficiency, the elevated HRV confirms your parasympathetic nervous system is dominant at rest, and the low stress score shows your body is not carrying residual sympathetic load between sessions. Taken together, this profile suggests you have meaningful headroom to absorb more training stimulus than you are currently applying.

Your average sleep of 8.1 hours per night is a key contributor to the recovery picture above and likely a primary reason your HRV remains robust and stress stays suppressed. Sleep of this duration and apparent consistency gives your autonomic nervous system ample time to complete its restorative cycles, which directly supports the high parasympathetic tone reflected in your data. There is no sign of a sleep deficit undermining your recovery during this period.

Four runs in a 10-day window with a best pace of 5:03/km suggests a moderate training load with reasonable intensity. Your recovery data indicates you could sustain a higher volume or frequency without compromising adaptation, meaning there is an opportunity to push progression if performance goals warrant it.

Given your current recovery surplus, consider the following for the next reporting period:

- Add a fifth run per 10-day cycle, using the additional session as a tempo effort at or near your 5:03/km pace, and monitor whether your HRV average dips below 75 ms or your resting heart rate trends above 52 bpm as signals to pull back.

Resting Heart Rate

June 1st 2026 to June 30th 2026
Avg49.6 bpm
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.2.0
Normal (68%) Range47.6–51.6 bpm

Sleep

June 1st 2026 to June 30th 2026
Avg Deep0.89 hrs
Avg Light5.67 hrs
Avg REM1.57 hrs
Avg Total8.1 hrs
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.1.8
Normal (68%) Range6.3–9.9 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.

June 1st 2026 to June 30th 2026
Avg Nightly HRV Score83.8
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.10.7
Normal (68%) Range73.1–94.5
Latest 7d avg79.9

Running

June 1st 2026 to June 30th 2026
Avg Pace5:32/km
Best4:45/km
Total Time3h 50m
Total Kms42.1 km
Avg HR134 bpm

Pool Swimming

June 1st 2026 to June 30th 2026
Sessions2
Avg Pace1:50/100m
Best Pace1:44/100m
Total Dist6800 m
Total Time2h 04m
Avg HR117 bpm

Open Water Swimming

June 1st 2026 to June 30th 2026
Sessions1
Avg Pace1:37/100m
Best Pace1:37/100m
Total Dist1983 m
Total Time0h 31m
Avg HR122 bpm

Cycling

June 1st 2026 to June 30th 2026
Rides4
Avg Speed26.7 km/h
Best Speed30.5 km/h
Total Dist154 km
Total Time5h 36m
Avg HR107 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.

June 1st 2026 to June 30th 2026
Latest52 ml/kg/min
Peak53 ml/kg/min
Period Avg52.0 ml/kg/min

Daily Steps

June 1st 2026 to June 30th 2026
Avg Steps7,255
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.4,216
Normal (68%) Range3,039–11,471

Daily Stress

June 1st 2026 to June 30th 2026
Avg Stress25.9
±1 SD?One Standard Deviation (SD) contains about 68% of the range of readings.5.3
Normal (68%) Range20.6–31.2