FLUX.1-Kontext-Dev-Ultra-Realistic-Portrait

FLUX.1-Kontext-Dev-Ultra-Realistic-Portrait is an adapter LoRA developed for black-forest-labs/FLUX.1-Kontext-dev, designed to generate ultra-realistic glamour portraits while strictly preserving the subject’s identity. The model specializes in high-end fashion and editorial portrait aesthetics, combining close-up composition with cinematic directional lighting and refined makeup realism. It enhances epidermal-level skin detail, including micropores, microhairs, subtle oil sheen, natural highlights, soft wrinkles, and physically plausible subsurface scattering. Facial structure, proportions, and identity fidelity are preserved without artificial smoothing, plastic skin artifacts, or aggressive retouching. The output maintains a luxury fashion-magazine look in a 9:16 aspect ratio while remaining photographically authentic. Example outputs demonstrate consistent lighting, realistic textures, and cohesive glamour-style portrait results suitable for editorial, beauty, and cinematic portrait workflows.

Base Model

black-forest-labs/FLUX.1-Kontext-dev

Core Prompt

Transform the image into an ultra-realistic glamour portrait while strictly preserving the subject’s identity. Apply a close-up composition with a slight head tilt and a hand near the face, enhance cinematic directional lighting with dramatic fashion-style highlights, and refine makeup details including glowing skin, glossy lips, luminous highlighter, and defined eyes. Increase skin realism with detailed epidermal textures such as micropores, microhairs, subtle oil sheen, natural highlights, soft wrinkles, and subsurface scattering. Maintain a luxury fashion-magazine look in a 9:16 aspect ratio, preserving realism, facial structure, and original details without over-smoothing or retouching.

Trigger Prompt

Use the following trigger to activate the portrait style:

ultra-realistic portrait

Intended Use

• Ultra-realistic glamour portraits
• Editorial and fashion-magazine style imagery
• Identity-preserving face refinement
• Cinematic close-up portrait generation