MCP For Claude Marketplace
Running Injury Risk Score

Running Injury Risk Score MCP Connector for Claude

A+

Calculates running injury risk profiles using the RRI model.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized analytical tools to assess running injury risk. Use get_risk_score to evaluate overall vulnerability based on training load and history, analyze_biomechanics to assess movement patterns, get_environmental_load_impact to understand how surfaces and footwear affect load, and get_prevention_plan to receive personalized mitigation strategies.

runninginjury-preventionbiomechanicstraining-loadfitness-analytics

4 tools expose this connector's capabilities to your AI agent.

analyze_biomechanics

Evaluates movement patterns to determine their contribution to injury risk

get_prevention_plan

Generates a set of personalized recommendations based on the risk profile

get_risk_score

Calculates the primary injury risk score and identifies specific high-risk factors

get_environmental_load_impact

Assesses how external factors like surface and gear influence the current load

See how to talk to your AI agent using Running Injury Risk Score.

What is my running injury risk if I ran 40km this week, usually run 30km, have had previous injuries, do 1 strength session a week, run on asphalt, and have worn shoes?

Your injury risk score is 75 (High). High-risk factors include a high training load ratio, previous injuries, and worn footwear.

Analyze my running biomechanics: cadence is 165, ground contact time is 280ms, and I use a heel strike.

Your biomechanical risk contribution is moderate. Consider increasing your cadence to reduce ground contact time.

Give me a prevention plan for a high risk score of 80 with high training load and low strength training.

To mitigate risk, reduce your weekly mileage immediately and prioritize resistance training focusing on lower body stability.

The Running Risk Index (RRI) is a model that assesses how physiological and environmental stressors contribute to injury likelihood.

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