Affiche surréaliste de bouteille gonflable

A 4:5 commercial product poster for [orange] juice featuring playful inflatable-plastic packaging surrealism with internal pressure distortion. SUBJECT: A single stylized semi-3D bottle dominates the center-left. The bottle visibly bulges outward at its midsection while the neck is slightly compressed, as if internal juice pressure is pushing outward against soft plastic walls. The liquid inside exaggerates this effect with convex rounded surfaces pressing against the material. The cap is tilted slightly under pressure, giving the bottle an elastic, tactile, living feel. COMPOSITION & CAMERA: Internal pressure distortion dynamic. Eye enters through the inflated center bulge and follows curved tension lines outward toward stretched typography on the right. Slightly low-angle close-up perspective with mild fisheye lens distortion amplifying expansion. The bottle leans diagonally into the frame against invisible resistance; negative space on the right is subtly stretched. TYPOGRAPHY: Headline: "[SQUEEZE BACK]" in thick, rounded, inflated 3D lettering mimicking air-filled plastic, physically distorted and stretching horizontally near the bottle while overlapping its bulging edge. Subheadline: "Juice that pushes back." in a narrow condensed sans-serif font, straight and rigid. Small circular microcopy labels reading "100% organic" and "no added sugar" styled like printed stickers warped by surface tension. LIGHTING & COLORS: Soft studio lighting with broad diffused highlights across curved surfaces and simplified specular highlight bands emphasizing volume and elasticity. Vibrant glowing [orange] juice bottle and 3D headline text, accented with bright lime green for sticker badges, contrasted against dark surroundings. BACKGROUND: A smooth dark gradient field with subtle radial tension lines rippling outward from the bottle like pressure shockwaves. STYLE & FINISH: Neo-pop surreal product illustration with inflatable soft-plastic material logic, clean crisp vector-like edges, controlled gradient transitions, and zero grain or noise.