--- title: "Neck Rotation Test" description: "Neck rotation ROM testing requires clear seated/standing setup, transverse-plane recording, side comparison and symptom monitoring." url: https://help.matassessment.com/en/articles/188-neck-rotation-test collection: "Range of Motion (AROM/PROM)" updated: 2026-05-21 language: en --- # Neck Rotation Test Neck rotation ROM testing requires clear seated/standing setup, transverse-plane recording, side comparison and symptom monitoring. The Shoulder Flexion Test measures how far the arm lifts forward and overhead. It can be assessed actively or passively using a goniometer, inclinometer, smartphone tool or consistent ROM workflow. The result helps track overhead movement, compare sides and add context to pressing, reaching, throwing, swimming and upper-limb strength assessments. ## Introduction A client may report difficulty reaching overhead, pressing, swimming, hanging, throwing or lifting the arm during daily tasks. Another client may appear to gain overhead range by arching the back or shrugging the shoulder rather than moving cleanly through the shoulder. The Shoulder Flexion Test helps quantify overhead movement and record symptoms. It should be performed with attention to trunk extension, rib flare, scapular motion and pain response. ## Quick Summary Test name: Shoulder Flexion Test Purpose: Measure shoulder flexion range of motion Movement: Arm lifting forward and overhead Joint/body region: Shoulder complex Plane: Sagittal plane ROM type: Active ROM, passive ROM or both Score: Degrees of shoulder flexion Equipment: Goniometer, inclinometer, smartphone tool or Measurz ROM recording workflow Best used with: Shoulder extension, abduction, external rotation, internal rotation, thoracic extension, overhead movement and shoulder strength testing Key limitation: Trunk extension and scapular compensation can affect the result ## What Is the Shoulder Flexion Test? The Shoulder Flexion Test measures how far the arm can move forward and overhead. It can be performed in standing, sitting or supine. Standing or sitting active testing may better reflect functional overhead movement, while supine testing can help reduce trunk compensation. ## Why It Is Used The test is used to quantify shoulder flexion, compare sides and track progress. It may help inform: Overhead mobility monitoring Pressing and reaching assessment Swimming, throwing or gym programming Shoulder strength interpretation Pain and symptom tracking Baseline and retest comparison ## What It Measures The test measures shoulder flexion ROM in degrees. It may be influenced by: Glenohumeral movement Scapular upward rotation Thoracic extension Trunk extension or rib flare Pain or symptoms Latissimus and posterior shoulder tissue tolerance Client effort Measurement device Testing position It does not identify the exact cause of reduced overhead movement by itself. ## Active vs Passive Range of Motion Active shoulder flexion measures how far the client can lift the arm using their own control. Passive shoulder flexion measures available movement when the professional guides the arm. Active and passive values should be recorded separately because they may differ due to strength, control, pain, symptoms or available joint range. ## Who It Is Useful For This test may be useful for gym clients, swimmers, throwers, racquet sport athletes, overhead workers, older adults and anyone where reaching or overhead movement is relevant. ## Equipment Required Goniometer, inclinometer or smartphone ROM tool Treatment table, chair or standing space Pain scale Measurz for recording ROM, pain and symptoms Optional wall or mat for compensation control Optional comparison side notes ## Step-by-Step Protocol or How to Apply This in Practice ### Starting position Choose standing, sitting or supine and record the position. ### Client position The trunk should remain stable. The arm begins at the side with the elbow extended or in the selected standardised position. ### Professional position Stand beside the client to observe arm movement, trunk extension, scapular motion and rib flare. ### Body/joint setup Start with the shoulder in neutral and thumb position standardised. ### Stabilisation Monitor trunk extension and rib flare. In supine testing, keep the spine and rib cage controlled. ### Movement instruction For active ROM, ask the client to lift the arm forward and overhead as far as comfortably possible. For passive ROM, gently guide the arm into flexion until the first firm endpoint, symptom limit or compensation threshold. ### Measurement landmarks For goniometry, commonly align the axis near the lateral aspect of the glenohumeral joint, stationary arm parallel to the trunk and moving arm along the lateral humerus toward the lateral epicondyle. ### Inclinometer or device placement Place the inclinometer consistently on the humerus or selected segment and record placement. ### What to ask Ask about pain, stiffness, stretch, pinching, shoulder blade movement, symptom location and whether symptoms are familiar. ### Stopping rules Stop if pain increases sharply, symptoms spread, the client guards, trunk compensation dominates or movement is not tolerated. ### What to record Record active/passive method, side, degrees, pain score, symptom location, test position, device used and compensation. ### Number of trials One to three trials may be used. Record best, average or selected trial consistently. ### Retest consistency Use the same position, device, arm rotation, trunk control, endpoint and scoring method each session. ## Scoring and Interpretation The score is recorded in degrees. A higher value means more shoulder flexion under the tested setup. A lower value means less shoulder flexion compared with baseline, expectation or the other side. Interpretation is stronger when paired with: Pain score Symptom location Active versus passive comparison Shoulder abduction Shoulder external rotation Thoracic extension Overhead movement quality Shoulder strength testing Sport or work demands The result does not explain why overhead movement is reduced or symptomatic by itself. ## Reliability and Validity A 2023 study comparing a smartphone-based ROM application with handheld goniometry found smartphone assessment can provide accurate shoulder ROM measurements in controlled settings, supporting digital ROM tools when used consistently. A 2025 systematic review of smartphone sensor and photography methods for upper-limb ROM measurement found smartphone approaches have been studied against conventional goniometry, but method, joint movement and app choice influence reliability and validity. ## Common Errors and Testing Limitations Common errors include allowing trunk extension, rib flare, elbow bending, inconsistent arm rotation, poor device placement, forcing passive range, not recording symptoms and comparing active/passive values without labelling them. Limitations include scapular contribution, thoracic mobility, symptoms, device variation, posture, warm-up and endpoint interpretation. ## Practical Applications Use shoulder flexion ROM to monitor overhead movement, compare sides, guide mobility and strength programming, and track progress across reaching, pressing, swimming, throwing or work tasks. ## How to Record This in Measurz In Measurz, record baseline shoulder flexion ROM in degrees using the inclinometer or chosen device. Note active or passive method, side tested, pain score, symptom location, test position, arm rotation, device used, trunk extension, rib flare, scapular compensation and comparison side. Track progress across sessions and add related shoulder abduction, rotation, thoracic extension, strength or overhead movement findings. ## Related Tests or Internal Linking Suggestions Shoulder Extension Test Shoulder Abduction Test Shoulder External Rotation Test Shoulder Internal Rotation Test Spine Extension Test Neck ROM Tests Overhead Movement Assessment Shoulder Strength Testing ## FAQs ### What does the Shoulder Flexion Test measure? It measures how far the arm lifts forward and overhead. ### What is normal shoulder flexion ROM? Common references often describe around 180 degrees, but values vary by position, symptoms, posture and measurement method. ### Should shoulder flexion be measured actively or passively? Both can be useful. Active ROM reflects controlled movement, while passive ROM reflects available movement when guided. ### Why does trunk position matter? Trunk extension and rib flare can make shoulder flexion appear greater than it is. ### How should shoulder flexion be tracked? Use the same position, device, arm rotation, endpoint and compensation rules each session. ## Key Takeaways Shoulder flexion ROM measures overhead arm movement. Active and passive values should be recorded separately. Trunk and rib compensation can affect the result. Side-to-side and baseline comparison are useful. Measurz should capture degrees, pain, side, method and compensation. ## References Clarkson, H. M. (2020). _Musculoskeletal assessment: Joint range of motion, muscle testing, and function_ (4th ed.). Wolters Kluwer. Gurney-Dunlop, T., et al. (2023). Accuracy of a smartphone software application compared with a handheld goniometer for measuring shoulder range of motion. _Orthopaedic Journal of Sports Medicine, 11_(7). Needs verification. Khosravi, H., et al. (2025). Reliability and validity of using smartphone sensor and photography to measure upper-limb range of motion: A systematic review. Needs verification. Norkin, C. C., & White, D. J. (2016). _Measurement of joint motion: A guide to goniometry_ (5th ed.). F. A. Davis.