AP, lateral and oblique views are standard foot X‑ray projections. AP (anteroposterior) projects the beam top‑to‑bottom to show metatarsals and tarsal alignment; lateral provides a side profile for the calcaneus, talus and ankle alignment; oblique (about 30–45° rotation) opens joint spaces and visualizes cuboid, navicular and metatarsal bases. Together they detect fractures, dislocations, degenerative changes and guide treatment.

Lateral and oblique X‑ray views differ by patient rotation and imaging plane. A lateral view is a true side (90°) profile with the beam passing from one side to the other, producing a direct profile image. An oblique view rotates the patient between frontal and lateral (commonly 30–60°) to separate overlapping structures and better visualize joints, ribs, or spinal elements.

Foot X‑ray (AP and oblique views) costs vary: in India ₹200–₹1,000; in the US typical out‑of‑pocket or uninsured cost is about $50–$250; in the UK it's free on the NHS but private clinics charge roughly £30–£150. Prices depend on facility, location and whether additional views/reporting are included—check your local radiology centre for exact fees.

AP (anteroposterior) view means the X‑ray beam travels from the front to the back of the body; it’s often used when patients cannot stand (portable or supine) but can magnify anterior structures. Lateral view is taken at 90° to AP, with the beam passing from one side to the other, providing depth and side‑profile detail to localize lesions, assess alignment, or confirm findings.

Lateral oblique describes a body position or imaging projection angled outward from the midline toward the side — a slanted side view between a true lateral and frontal plane. In radiology and exams, it helps visualize structures that overlap on standard views (e.g., jaw, ribs, spine), revealing fractures or lesions by changing the angle to separate superimposed anatomy.

An AP lateral refers to two standard X‑ray projections used together: anteroposterior (AP) and lateral. The AP view sends the X‑ray beam front‑to‑back, while the lateral provides a side view. Together they give two‑plane visualization of bones and organs (commonly chest, spine, or extremities), improving detection of fractures, lung disease, or alignment issues that a single view might miss.