Female physiology

Training that respects female physiology

Most coaching content is written for the average male athlete and silently assumes that everyone else can use the same recipe. Female athletes have a fundamentally different hormonal landscape, different recovery patterns, different injury risks, and different fueling needs. SportPlan treats those differences as inputs, not afterthoughts.

Why this hub exists

Female-specific endurance research is still small, but it is growing fast. The published literature on training-around-cycle is now solid enough to make practical recommendations — even though most coaching platforms still ignore it.

SportPlan's adaptation engine takes cycle phase, perimenopausal symptoms, and energy-availability signals as inputs alongside HRV, sleep and load. This hub is the public-facing explanation of how and why.

The content is conservative, evidence-based, and honest about what's known vs unknown. Sports science around female physiology is decades behind male physiology and gaps remain. Where the evidence is thin, we say so.

Related tools and reading

Want training that adapts to your hormones, not against them?

SportPlan logs menstrual cycle phase and uses it alongside HRV, sleep, and load to adjust your week. See your first week before you pay. €9.99/month, cancel anytime.

Educational content based on peer-reviewed sports-medicine literature. Not a substitute for in-person evaluation by a sports physician, gynaecologist, or physiotherapist. Pregnancy and postpartum especially require individual clinical follow-up.

Methodology

Methodology designed by Ramon Curto, MSc Exercise Physiology

Ramon Curto designed SportPlan's endurance-training methodology from exercise-physiology principles. SportPlan applies it autonomously to the information you enter and the data you choose to connect; it is not ongoing one-to-one coaching or medical care.

Last revised July 2026

  • MSc Exercise Physiology
  • Endurance-training methodology
  • Connected training-data analysis
  • Block periodization · Polarized training