Create an ultra-detailed vertical 2:3 cinematic portrait of a futuristic tactical cybernetic soldier, closely matching the reference image’s composition, framing, perspective, lighting, color palette, and overall visual impact.
The subject is shown in an extreme close-up, perfectly centered and facing directly toward the camera. The character wears an advanced futuristic combat helmet made from layered matte and semi-gloss armored plates, mechanical modules, exposed cables, vents, screws, pistons, reinforced joints, micro-panels, warning markings, illuminated indicators, and intricate industrial detailing. The helmet should feel heavily engineered, functional, rugged, and battle-worn rather than smooth or generic.
The upper helmet is predominantly dark gunmetal, charcoal, silver, and weathered white, with subtle scratches, dust, chipped paint, tiny surface imperfections, and realistic metallic wear. Add small red and orange illuminated accents throughout the armor. Include numerous asymmetrical mechanical components and recessed panels to create a dense high-tech military aesthetic.
The face is completely concealed behind a large futuristic reflective tactical visor. The visor is dark smoked glass with a strong transparent orange and amber glow underneath. Inside the visor, reveal subtle reflections of complex circuitry, vertical mechanical structures, glowing orange energy lines, tiny sparks, and warm internal lights. The visor should have realistic glass reflections and convincing depth.
The lower face is covered by an advanced mechanical respirator and armored mask connected directly to the helmet. Include layered metal plates, compact filters, circular mechanisms, bolts, vents, flexible ribbed cables, small illuminated indicators, and mechanical locking components. The respirator should look extremely detailed and physically functional.
Extend the design into a heavily armored futuristic tactical suit around the neck and shoulders. Add a complex chest and collar control system containing small digital displays, rotary knobs, switches, orange status lights, blue indicators, warning labels, cables, tubes, connectors, and modular armor components. Every surface should contain believable mechanical engineering details.
Use a cinematic sci-fi military color palette: gunmetal gray, black, silver, cold blue-gray highlights, glowing orange/amber visor illumination, and subtle red accents. Strong contrast between the cool environment and warm orange lights.
Lighting: dramatic cinematic studio lighting with a cool blue-gray ambient light from the background and intense warm orange light emitted from the visor and internal mechanisms. Add subtle rim lighting around the helmet edges. Highly realistic metallic reflections, glass reflections, soft volumetric haze, and atmospheric depth.
Background: futuristic military laboratory or spacecraft interior, heavily blurred with shallow depth of field. Abstract cool blue-gray machinery and soft circular lights in the distance. No distracting objects, keeping the helmet as the dominant focal point.
Camera: straight-on symmetrical composition, centered portrait, eye-level perspective, medium telephoto lens around 85mm, shallow depth of field, extremely sharp focus on the helmet and visor, soft bokeh background.
Style: photorealistic futuristic military concept art, ultra-detailed hard-surface design, cinematic sci-fi photography, realistic materials, physically accurate reflections, intricate mechanical engineering, premium AAA video-game character design, subtle film grain, HDR, high dynamic range, dramatic contrast, 8K-quality detail.
Composition: helmet fills approximately 80–90% of the frame, symmetrical and imposing, with the shoulders and chest armor visible toward the bottom. Preserve the same close-up visual hierarchy and powerful intimidating presence as the reference.
Avoid: human facial features, visible skin, cartoon styling.