The oblique view of the hand is an X‑ray projection taken with the hand rotated about 45° from the flat AP position, with fingers slightly separated and the palm angled on the detector. This projection better demonstrates metacarpals, phalanges, and joint spaces, improving detection of fractures, dislocations, and subtle articular surface injuries that may be missed on straight AP or lateral views.

An oblique view in X‑ray is taken with the patient or X‑ray beam angled between the standard frontal (AP/PA) and lateral positions to image structures that overlap on straight views. Oblique projections help reveal fractures, joint spaces, spinal foramina, and alignment by reducing superimposition and showing depth or displacement. They’re usually specified by the direction of angulation (e.g., left or right oblique).

For a PA oblique projection of the hand, place the palm down on the image receptor and rotate the hand externally (laterally) about 45°. Support the hand on a sponge to maintain obliquity, keep the fingers extended and slightly separated to avoid overlap, and ensure the long axis is centered to the third MCP joint while including the wrist.

AP (anteroposterior) and OBL (oblique) describe x‑ray beam direction and patient positioning. AP means the beam passes from front to back—commonly used for supine or portable exams and can magnify structures. Oblique is an angled projection between AP and lateral, taken to separate overlapping anatomy and better show fractures, joints, or ribs by projecting structures away from each other.

An oblique view is an angled radiographic projection produced by rotating the patient or X‑ray beam between frontal and lateral positions. It uncovers structures obscured on standard AP/PA or lateral images, improving visualization of bones, joints, and soft‑tissue contours to detect fractures, dislocations, or lesions. Oblique projections are commonly used for the spine, wrist, chest, and extremity imaging.

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