“ICEMAN ENDURANCE ATHLETE MARCUS VALE 2026 SEASON” is a Glass Frozen text effect text effect created with FontVibe AI. Encased in solid ice — thick frozen block with sharp edge facets, deep internal frost cracks, and icicle drips. Photorealistic frozen water quality.

Create a vertical 3:4 athlete key-art poster for an endurance athlete known as “ICEMAN.” Render all quoted copy exactly as written. At the upper centre, place the small condensed uppercase eyebrow “ENDURANCE ATHLETE” in thin pale ice-blue lettering. The headline “ICEMAN” dominates 58% of the canvas width across the upper-middle area, set in extremely wide, heavy display capitals built as thick glacial ice blocks. Each letter has a dark blue frozen core visible under dense natural dendritic frost: branching snowflake-like crystal ferns grow beyond the letter edges, then dissolve into fine transparent filaments. Add polished ice planes, pale blue-white translucency, bright trapped spherical air bubbles, fine crack networks inside the ice, sharp refracted rim caustic lines, and clear icicle drips hanging from the baseline. The letter interiors emit a cold blue-white subsurface glow, brightest at their centres. Below the headline, show a full-body male endurance athlete, “MARCUS VALE,” standing on a wind-scoured slab of blue glacier ice. He wears a charcoal technical running suit with ice crystals on the shoulders and boots; head lowered slightly, arms relaxed, breath visible as a white frozen vapor plume. Use a three-quarter frontal camera angle. His body is secondary to the headline and does not overlap its legibility. Place “MARCUS VALE” in clean uppercase pale blue-white type below the athlete, followed by “2026 SEASON” in smaller tracked capitals. Background: near-black Arctic midnight ice cave with a blue-teal aurora borealis sweeping behind the title, never warm-colored. Fine airborne ice crystal particles catch cyan light. The title is the brightest light source, casting crisp blue caustic fans on the ice beneath it. High-detail photoreal 3D ice rendering, ray-traced refraction, subsurface scattering, sharp cold spotlight, no orange, no gold, no fire, no black void.