The Onyx Suit

Ultra-realistic, full-body fashion portrait of a young handsome man in a dynamic “walking pose”, captured in a professional studio setup. The subject is slightly angled (around 30–45 degrees) to the camera, mid-step as if walking forward, with one leg stepping ahead and the other slightly behind. His upper body is upright and confident, with one hand adjusting the sleeve cuff while the other hand is relaxed near the torso, creating a natural high-fashion model pose. Facial expression is calm, confident, and slightly serious, with a subtle sharp gaze directed toward the camera. Hairstyle is short, neatly styled, slightly voluminous with a natural shine, giving a premium groomed look. He is wearing a perfectly tailored all-black formal outfit: a slim-fit black blazer layered over a black high-neck (turtleneck) shirt, paired with fitted black trousers. The fabric looks premium, smooth, and slightly matte with realistic folds and stitching details. He is also wearing polished black leather dress shoes with a glossy finish. The background is a clean, minimal, solid dark grey studio backdrop with no distractions. The floor has a subtle reflective surface, creating a soft reflection of the subject’s shoes, enhancing the premium studio feel. Lighting is soft, cinematic studio lighting coming from the front and slightly from the side, creating gentle shadows and depth on the face and outfit. The lighting should highlight facial features and fabric texture while maintaining a natural skin tone. Shot using DSLR, 85mm lens, f/1.8 aperture, shallow depth of field. Ultra-realistic, 8K resolution, sharp focus, professional color grading, high-end fashion editorial style. IMPORTANT INSTRUCTIONS (must follow): Keep the same pose, same camera angle, same body position Keep the same background (plain dark grey studio) Keep the same lighting setup Only replace the face with the user’s face naturally Maintain realistic proportions and natural skin texture Do not change outfit style unless specified Ensure consistency across multiple generations