vo2max

R language for Human Performance Analysis

Sport analytics in Rust: A crate for calculating metrics for running (Daniels VDOT, race prediction, USATF MLDR age grading) and cycling (FTP, critical power, Coggan zones, Martin road power–speed).

Kai: an AI endurance coach that reads your TrainingPeaks, Garmin and Strava data. Runs on any agent runtime that reads AGENTS.md and SKILL.md.

Create Garmin workouts on Windows and upload them directly to Garmin Connect. Free and open-source workout builder for runners, cyclists and trail athletes.

LLM-agnostic Garmin Connect MCP server — recovery, sleep, stress, VO2 Max, race predictions, and running analytics for any MCP client (Claude, Codex, Gemini, opencode). Local-first and privacy-focused.

Useful for tracking and calculating fitness, strength and aesthetics

this is a python code that can be use to calculate vo2 max using your resting heart rate

Peer-reviewed resources on altitude training for athletes: LHTL protocols, erythropoiesis, hemoglobin mass, altitude tents, and return-to-sea-level timing.

Calculate Polar Running Index (VO2max estimate) from FIT files

This repository provides all code used in Miras-Moreno et al. (2026), enabling reproducible identification and validation of metabolomic and proteomic signatures of cardiorespiratory fitness in UK Biobank. It supports analyses linking molecular pathways with mortality and noncommunicable disease risk.

Página web de cálculo de Volume de Oxigênio Máximo (VO2) e resultado baseado no rendimento físico da pessoa pela distância percorrida, idade e gênero.

Self-hosted training planner for the whole family and teams: periodised plans from 5K to Hyrox, load management, Apple Health & Health Connect, nutrition, cycle and lab values in context. Seven languages, no database, AGPL-3.0.

Algorithmic engine for cardiorespiratory fitness: Automated VO2 max estimation and Astrand-Ryhming functional assessment.

A repository containing model development in the research and innovation project: "VO2max estimation in obese patients"