coros-workout-mcp
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TDQS
Scored across 56 tools
Several tools cluster under shared prefixes (eight analyze_* tools, six get_* metrics tools) with overlapping analytical territory, such as analyze_completed_activity vs analyze_training_day and analyze_aerobic_decoupling vs analyze_fit_activity. The descriptions are detailed enough to disambiguate most pairs, but the compatibility bridge (coros_read/coros_write) and the multiple MANDATORY sleep-routing tools add selection risk.
The vast majority of tools follow a consistent snake_case verb_noun pattern (list_workouts, create_workout, analyze_fit_activity, clear_calendar_range). A handful deviate with noun-first or adjectival names (weekly_training_report, daily_training_briefing, taper_readiness, connector_status, coros_capabilities), which breaks the pattern slightly but does not cause confusion.
At 56 tools, the server is well past the heavy threshold. Many tools could be consolidated (the eight analyze_* tools, the six calendar range tools, and the four compatibility/bridge tools). While the domain is broad, the surface area feels bloated rather than tightly scoped.
The domain coverage is exceptionally thorough: full workout library CRUD, calendar scheduling with swaps/shifts/copies, activity retrieval and export, analytics, route planning, fueling, and backup. The notable gap is that sleep-dependent tools explicitly require an external COROS_MCP_2 OAuth tool for official sleep data, meaning the server is not fully self-contained for its stated readiness/reporting workflows.