The oblique view of the foot is an X‑ray taken with the foot rotated about 30–45° from the flat (AP) position, producing an oblique projection. It improves visualization of the metatarsals, tarsals (especially cuboid and navicular), joint spaces and sinus tarsi, helping detect fractures, dislocations and subtle articular injuries not obvious on standard AP or lateral views.

An oblique X‑ray of the right foot is a radiographic view obtained with the foot rotated (usually 30–45° medially) to project bones and joints obliquely onto the detector. It better demonstrates metatarsals, tarsometatarsal joints, and lesser toe alignment, helping detect fractures, dislocations, joint‑space narrowing, and small foreign bodies. The view supplements AP and lateral images for full assessment.

An oblique X‑ray view is taken with the patient, detector or X‑ray beam rotated at an angle from standard front/back positions so structures are projected off each other. This angled projection improves visualization of bones, joints, spine, ribs and facial bones, helping detect fractures, alignment problems or subtle pathology that may be hidden on straight AP or PA views.

Position the patient supine or seated with the affected foot flat on the detector and the knee flexed. Medially rotate the foot 30–45° to obtain an AP oblique view. Center the x‑ray beam at the base of the third metatarsal, collimate to the area, apply a marker and gonadal shielding as needed, and immobilize the foot. Obtain additional views if required.

The foot oblique radiograph provides an angled view that separates overlapping bones, improving visualization of metatarsals, tarsal bones (especially cuboid and navicular), phalangeal bases and joint spaces. It helps detect occult fractures, dislocations, subluxations, and joint degeneration, and better shows alignment and small bony fragments or foreign bodies that may be hidden on AP or lateral views.

An oblique view is an imaging projection taken at an angle between the standard frontal (anteroposterior/posteroanterior) and lateral planes. By angling the X‑ray beam and patient, it separates overlapping structures to better show anatomy, fractures, or joint spaces that aren’t well seen on straight frontal or lateral views. Commonly used for spine, ribs, facial bones and some joint studies.