Shoulder Special Tests: The Complete Clinical Assessment Guide

Shoulder special tests earn their value when they confirm or refute a hypothesis you already formed from the subjective history - not as a checklist run on every patient. This guide gathers the tests that actually change management, grouped by suspected pathology, with how to perform each one and how to interpret a positive or negative result.

Special tests

Sensitive screening tests - most useful for ruling subacromial pain out when negative rather than confirming it when positive.

  • Hawkins-Kennedy test
  • Neer impingement test
  • Painful arc test

Special tests

  • Empty can (Jobe) test
  • Drop-arm test
  • External rotation lag sign

Special tests

Most specific when the apprehension–relocation–surprise cluster is positive together.

  • Apprehension test
  • Relocation test
  • Surprise (release) test

Special tests

  • O'Brien active compression test
  • Speed's test

Special tests

  • Cross-body adduction test

Frequently asked questions

What are the most important shoulder special tests?

There is no fixed must-do list - choose tests to confirm or refute the hypothesis your subjective examination suggested. For most painful, non-traumatic shoulders, a rotator cuff cluster (empty can, drop-arm, external rotation lag) plus Hawkins-Kennedy is a sensible starting screen.

How accurate are shoulder special tests?

In isolation most have only modest sensitivity and specificity. Diagnostic value rises substantially when tests are clustered for a single hypothesis and interpreted alongside the history and functional testing.

What is the difference between the Hawkins-Kennedy and Neer tests?

Both provoke the subacromial space. Hawkins-Kennedy uses 90° flexion with passive internal rotation; Neer uses passive overhead elevation in internal rotation. Both are sensitive but not specific, so they are most useful for ruling subacromial pain out when negative.

What does a painful arc between 60 and 120 degrees mean?

Mid-range pain (roughly 60–120° of active abduction) suggests subacromial pathology such as rotator cuff tendinopathy or impingement. Pain in the final 10–20° of elevation points more toward the acromioclavicular joint.