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Position: PA Ribs The PA ribs projection evaluates anterior rib fractures. It reduces magnification of anterior structures. Proper centering ensures diagnostic clarity. This projection complements AP ribs. It is used in trauma imaging.

Position: AP Ribs Bilateral The bilateral AP ribs projection evaluates rib fractures on both sides. It is used for trauma and pain evaluation. Proper centering ensures full rib visualization. This projection complements oblique ribs. It is recognized on ARRT exams.

Position: Oblique Thoracic Outlet The oblique thoracic outlet projection rotates the patient to demonstrate the costoclavicular space. It evaluates compression of neurovascular structures. Proper rotation is essential. This projection complements AP thoracic outlet. It is used in orthopedic assessment.

Position: AP Thoracic Outlet The AP thoracic outlet projection evaluates the clavicle and first rib relationship. It is used for thoracic outlet syndrome. Proper centering ensures visualization of the upper thorax. This projection complements oblique thoracic outlet. It is recognized in orthopedic imaging.

Position: AP Sternum Supine The supine AP sternum projection is used when RAO positioning is not possible. It demonstrates the sternum with increased magnification. Proper centering ensures diagnostic quality. This projection complements lateral sternum. It is recognized in trauma imaging.

Position: AP AC Joint Stress The AC joint stress projection evaluates ligament integrity under manual stress. It is used when weight bearing is contraindicated. Proper centering ensures visualization of both AC joints. This projection complements standard AC views. It is used in orthopedic assessment.

Position: Axial Clavicle Trauma The axial trauma clavicle projection uses a cephalic angle to project the clavicle above the ribs. It evaluates displaced fractures. Proper angulation prevents distortion. This projection complements AP trauma clavicle. It is recognized on ARRT exams.

Position: AP Clavicle Trauma The AP trauma clavicle projection evaluates fractures without repositioning the arm. Proper centering ensures full clavicle visualization. This projection complements axial trauma clavicle. It is frequently used in emergency imaging.

Position: Lateral Humerus Trauma Horizontal Beam The horizontal beam lateral humerus projection demonstrates the humerus in profile. It evaluates fractures and soft tissue swelling. Proper positioning prevents rotation. This projection complements AP trauma humerus. It is a core ARRT competency.

Position: AP Humerus Trauma Horizontal Beam The horizontal beam AP humerus projection evaluates fractures when the arm cannot be rotated. Proper centering includes shoulder and elbow. This projection complements lateral trauma humerus. It is essential in emergency imaging.