"Writing about MCP" matching MCP servers:

Connects Claude to your Strava fitness data, enabling natural language queries about your training history such as activities, stats, and routes.

Provides professional cycling data from FirstCycling, allowing users to retrieve comprehensive information about cyclists, race results, historical cycling data, and team information through natural language queries.

Enables natural language interaction with Sleeper Fantasy Football API data, allowing queries about leagues, players, matchups, draft results, and trade analysis.

Provides live Formula 1 data such as driver standings, race results, and schedule for the current season, enabling users to ask about F1 without stale training data.

Connects Claude to Strava data for natural language queries about rides, stats, and activities.

Provides live football match data from Sofascore, including formations, injuries, betting odds, and league positions, enabling natural language queries about matches.

Connects Claude to Cartola FC, enabling queries about matches, player scores, and market information through natural language.

This Model Context Protocol server provides access to the Sleeper Fantasy Football API, enabling agents to fetch data about users, leagues, drafts, rosters, matchups, and player information without requiring an API key.

MCP server that provides Forza Horizon 5 telemetry tools (session listing, summaries, telemetry windows, tuning recommendations) to AI assistants, enabling natural language queries about driving sessions.

A real-time Formula 1 analytics server that lets you ask natural language questions about races, lap times, tyre strategies, pit stops, and more using live data from the OpenF1 API.

Enables AI assistants to read your Strava training data and answer plain-language questions about activities, splits, and totals across sports like running, skiing, and hiking.

Bridges Suunto watch data to AI assistants like Claude, enabling natural language queries about workouts, sleep, and recovery.

Enables AI assistants to read your SisRUN training plan with your own credentials and answer questions about prescribed workouts, like weekly coach plans, in a structured format.

Enables AI assistants to access World Cube Association speedcubing data including world records, competitor profiles, competition information, and championship results. Supports queries about rankings, competition schedules, and detailed speedcubing statistics through natural language.

Enables AI agents to search and retrieve detailed information about US golf courses, including course details, tees, climate, and nearby points of interest.

A Model Context Protocol server that gives AI assistants real-time access to the MCSR Ranked competitive Minecraft speedrunning API, enabling plain-language queries about players, matches, stats, and more.

Ask your AI assistant about your Garmin data: sleep, HRV, recovery, training, km splits and more. Uses Garmin's official Personal API: no password, read-only, and nothing breaks when Garmin changes its login. Install in Claude Desktop with one click, run locally with npx -y garmin-mcp, or self-host on Cloudflare for phone and web apps.

MCP server for Formula 1 data via the FastF1 library. Ask Claude (or any MCP-compatible client) about race results, lap times, telemetry, standings, pit stops, and qualifying — with historical data back to 1950 via the Ergast API.

Enables Claude Desktop, Claude Code, and Codex to answer natural-language questions about EA FC esports match history, including head-to-heads, market hit rates, player form, custom rule back-tests, and CSV exports.

An MCP Server implementation that integrates the Balldontlie API, to provide information about players, teams and games for the NBA, NFL and MLB.

Gives Claude Desktop read access to an ESPN Fantasy Football league, exposing standings, rosters, matchups, free agents, trades, and schedules so users can ask about their league in natural language. Adds purpose-built tools for trade targeting, roster-improvement analysis, and projection-based start/sit advice.

Connects MCP clients to the public Chess.com Published-Data API so users can ask natural-language questions about a player's monthly results, recent games, current and best ratings, and profile details. All access is read-only and requires no API key or sign-in.

Enables answering questions about your disc golf rounds, courses, hole-by-hole scores and scoring trends, plus practice-throw speed, distance, spin and angle, read entirely from your own CSV exports with no credentials or network access.

Connects Claude to a personal Garmin Connect account so users can ask natural-language questions about sleep, HRV, body battery, stress, heart rate, training readiness and activities, and optionally create or schedule workouts and log weigh-ins. Reads are returned as trimmed summaries with optional full JSON, and writes stay disabled unless explicitly enabled.

Exposes 50 tools that let an existing AI agent act as a fantasy basketball general manager over a local deterministic engine, covering player valuation, projections, matchup simulations, lineup and IL planning, streaming, waivers, trades, and drafts. It returns insights, recommendations, and reviewer-checked proposals for the user to approve and execute in Yahoo themselves, without ever writing to the league.

Enables an LLM agent to reason about live British baseball league data through typed, read-only tools for scouting reports, matchups, lineup prediction, running-game tendencies, and playoff projection, with grounded caveats and sample sizes.

Enables natural language queries and analysis of Japanese horse racing data from JRA-VAN without writing SQL. Supports analyzing race results, jockey performance, breeding trends, and track conditions through conversation with Claude.

Enables users to ask natural-language questions about their WHOOP recovery, sleep, HRV, strain, and workout history through assistants such as Claude Desktop, Claude Code, Codex, and GitHub Copilot. Provides read-only access to personal baselines, trends, sleep debt, and weekly health summaries, plus HYROX and triathlon-specific race analytics.

Enables AI agents to query roughly 4 million powerlifting competition entries from about 64,000 meets worldwide, retrieving a lifter's meet-by-meet history with best squat, bench, deadlift, total and points, the full ordered results of a specific meet, and all-time top lifts filtered by sex, equipment, lift, weight class, federation, age class, tested status or year. Runs keyless either through the hosted gateway URL or as a local stdio server.

Enables Claude, Codex, and GitHub Copilot to answer natural-language questions about WHOOP recovery, sleep, HRV, strain, and workouts using read-only access to personal health history, baselines, trends, and sleep debt. Also rebuilds HYROX and triathlon sessions, assesses race readiness, and serves a local performance dashboard.

Enables users to ask AI assistants about their WHOOP recovery, sleep, HRV, strain, workouts, and personal health analytics through read-only tools, resources, and prompts. Also supports HYROX and triathlon tracking, readiness analysis, and a local performance dashboard.

Enables read-only access to WHOOP recovery, sleep, HRV, strain, and workout data so users can ask natural-language questions about daily readiness, personal baselines, sleep debt, and trends, plus HYROX and triathlon performance readiness and auditing. It runs locally with summary and aggregate modes, keeping data on the user's machine and sharing results only with the chosen AI assistant.

Enables AI agents to query historical European football match results alongside bookmaker odds — 1X2, over/under 2.5 goals and Asian handicap — for 22 main leagues back to 1993/94 and 16 further countries from about 2012/13. Supports league/season browsing, multi-season team lookups and date filtering, with compact closing-odds summaries by default and full per-bookmaker opening/closing detail on request.

Enables read-only access to WHOOP recovery, sleep, HRV, strain, and workout data so users can ask natural-language questions about their personal health history, trends, and baselines inside Claude, Codex, or GitHub Copilot. It also provides HYROX and triathlon session analysis, race readiness checks, and a local performance dashboard.

A read-only WHOOP MCP server that lets AI assistants answer questions about your recovery, sleep, HRV, strain, and workouts against personal baselines, plus HYROX and triathlon readiness tracking with a local dashboard. It runs locally, exposes only read-only tools, and supports Claude Desktop, Claude Code, Codex, and GitHub Copilot.

Provides intelligent access to OPTA football API documentation with automatic authentication, allowing users to query specific endpoint documentation and get answers about soccer match data, events, fixtures, and statistics through natural language.

Enables Claude, Codex, and GitHub Copilot to ask natural-language questions about read-only WHOOP recovery, sleep, HRV, strain, workouts, personal baselines, trends, sleep debt, weekly reviews, and HYROX/triathlon tracking.

Connects Garmin Connect to AI assistants, answering questions about training, sleep, HRV and recovery with metrics computed in code rather than guessed from raw JSON. Queries daily readiness, training load, activity FIT analysis and personal records through a self-hosted Cloudflare Worker with OAuth.

A read-only MCP server that lets Claude Desktop, Claude Code, Codex and GitHub Copilot query WHOOP recovery, sleep, HRV, strain and workout data through natural language, answering questions about personal baselines, trends and sleep debt. It also rebuilds HYROX sessions, tracks triathlon load and readiness with auditable evidence, and serves a chart-first local dashboard.

A read-only MCP server that gives AI assistants like Claude, Codex, and GitHub Copilot access to your WHOOP recovery, sleep, HRV, strain, and workout data. It enables natural-language queries about daily readiness, personal baselines, trends across periods, sleep debt, and HYROX or triathlon performance, all without manually exporting data.