Asiahorse Nyota Pro Forward-Blade 1

PRO-FORWARD-BLK1 ASIAHORSE NYOTA PRO ARGB 120MM FAN (3 PACK) REVERSE BLACK AsiaHorse NYOTA PRO 120mm Forward-Blade ARGB Fans, 1 Single Fan, 800–2000 RPM PWM, 61.5 CFM, 2.16 mmH₂O, HDB Bearing, Modular Daisy-Chain, Dual-Zone RGB Lighting | BLACK AsiaHorse NYOTA PRO 120mm Daisy-Chain ARGB PWM Fan, Black Forward Blade, Single Pack, 800–2000 RPM, 61.5 CFM, 2.16 mmH₂O, HDB Bearing, Dual-Zone RGB, 5V ARGB, 4-Pin PWM PART 4: Generate an AI Image Layout Create an exact 2048 × 2048 , perfect 1:1 square website product-profile composition for the AsiaHorse NYOTA PRO 120mm BLACK FORWARD FLOW — SINGLE FAN . Foreground: ONE complete black forward-blade fan, occupying approximately 70% of the useful canvas. Midground: a discreet gaming-case exhaust mounting surface. Background: a surreal, luminous dark-fantasy cooling environment. Keep every element fully inside generous safe margins. Product Presentation Use the official BLACK FORWARD-BLADE NYOTA PRO product image as the strict physical reference. Preserve the exact blade curvature, black frame, central hub, ARGB-strip positions and modular connector geometry . Present the fan in a powerful three-quarter perspective with its authentic front-facing blade arrangement clearly visible. Render with extreme-resolution 3D precision, razor-sharp edges and realistic material definition. Include the ASIAHORSE logo at the top-left . Center the extruded title “NYOTA PRO 120MM · FORWARD · SINGLE FAN” at the top using high-contrast cobalt-blue metallic typography. Artistically Distinct and Detailed Background Background Story: Inside a luminous, abandoned fantasy citadel, a miniature dark-armored spectral knight sits quietly on a curved pearlescent architectural rib beside a transparent gaming-case wall. The knight extends one hand toward a translucent cobalt-blue vortex, guiding heated air through the forward-blade fan toward a luminous opening behind it. The airflow passes front-to-back , communicating the product’s actual cooling function through a convincing physical interaction. Keep the knight extremely small and secondary; the fan remains the unmistakable hero. Background Color Palette: Dominant extreme high-luster pearlescent white , with delicate opalescent silver and transparent iridescent highlights. Background Texture: Use only two major material families: deep sculpted conch-pearl and richly lustrous transparent iridescent oil . Create dimensional architectural curves, restrained dielectric refractions, intense but controlled caustics and refined global illumination. Preserve large, clean negative-space areas. Black belongs primarily to the authentic product and miniature knight, never to a smoky background. Icons — Bullet Listed FORWARD FLOW: hollow directional airflow sculpture. 120MM: dimensional precision-measurement sculpture. 2000 RPM: angular turbine-speed sculpture. 61.5 CFM: volumetric airflow-vortex sculpture. DAISY-CHAIN: interlocking connector sculpture. DUAL-ZONE ARGB: asymmetric twin-lightning sculpture. CRITICAL DIRECTIVE [STRICT] The Icons MUST Have different shapes depending on the specific content of the icon Arrange six independent, hollow 3D freeform icons horizontally along the bottom. Integrate large, bold, highly contrasting technical typography directly into each icon. Output Requirements Exactly 2048 × 2048 pixels , perfect 1:1 square . Keep the entire product, logo, title, icons and background inside safe margins. Add the discreet footer “Infographics Made with ❤️ by the Expert Zone Team” . Ensure excellent product recognition and icon readability at website-thumbnail size. Constraints Show EXACTLY ONE BLACK FORWARD-BLADE FAN . Never depict reverse blades, additional fans, invented connectors or unsupported features. Do not imply an Umbra ARGB Hub is included. No pedestal, poster composition, graphite smog, clutter, generic chrome or excessive matte surfaces. Before completion, inspect the blade orientation, product geometry, lighting placement, typography, icon readability and peripheral sharpness. Correct every imperfection.