Joint Mobility Assessment

Joint Mobility Assessment MCP Connector for Claude

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Assess joint mobility, detect asymmetries, and receive targeted mobility drills.

5 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a comprehensive suite of tools to evaluate physical mobility. By comparing measured range of motion (ROM) against age-adjusted normative data, it identifies mobility deficits and significant asymmetries. Users can evaluate the functional impact of these restrictions based on their activity level and receive specific, targeted mobility drills to improve joint health. Use get_joint_norms to find expected ranges, assess_mobility_deficits to check for restrictions, detect_asymmetry to find imbalances, evaluate_functional_impact to assess risk, and recommend_mobility_drills for corrective exercises.

mobilityfitnesshealthbiomechanicsrehabilitation

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

get_joint_norms

Retrieves the expected normative range of motion for a specific joint and age group

assess_mobility_deficits

Compares measured ROM against normative data to identify specific deficits

detect_asymmetry

Identifies significant imbalances between left and right side measurements

evaluate_functional_impact

Determines how mobility issues affect the user's specific lifestyle or sport

recommend_mobility_drills

Suggests specific movements to address identified restrictions

See how to talk to your AI agent using Joint Mobility Assessment.

My shoulder has a range of motion of 140 degrees. I am 35 years old. Is this normal?

For a 35-year-old, a shoulder ROM of 140 degrees is slightly below the expected minimum of 150 degrees, indicating a minor mobility deficit.

My left hip mobility is 45 degrees and my right hip is 60 degrees. Is this a problem?

Yes, there is a significant asymmetry between your left and right hip mobility.

I have a 20-degree deficit in my ankle mobility and I am an elite athlete. How much does this affect me?

An ankle deficit of 20 degrees carries a high functional risk for an elite athlete, potentially impacting stability and performance.

Assessments are highly accurate as they compare your measurements against standardized, age-adjusted normative data using `assess_mobility_deficits`.

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