3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
Mallikarjuna Kasireddy
09-17 02:15
Model Name
a42ca3dc-145e-4b7b-bffd-f715ec3f2b05
Tags
images
machine
machine realistic
machine rendering
machine rendering realistic
realistic
rendering
rendering realistic
Input
Prompt
Create a highly detailed, photorealistic 3D model of the Sony ILME-FX3 full-frame cinema camera, based on the provided reference images. The model should accurately capture the exterior and implied interior structure from the exploded view diagram, with precise proportions, textures, materials, and labeling. Ensure the overall design is compact, boxy, and professional-grade, with a matte black and dark gray color scheme dominant, accented by metallic silver elements on the lens mount and buttons. The camera body measures approximately 129.7mm wide, 77.8mm high, and 84.5mm deep (excluding protrusions), with a weight around 715g including battery. Exterior Details: • Front View: Feature the E-mount lens bayonet with a metallic silver ring, exposing the full-frame sensor (visible as a rectangular blue-tinted glass surface when no lens is attached). Include the “E-mount” text engraved above the mount, “Full-Frame” text below it in white, and the Sony “α” logo in white on the top right. Add a small black lens release button on the right side of the mount (labeled “6” in some views). Include a front-facing IR remote sensor window near the grip. The front grip should have a textured black rubber surface for ergonomic hold, with subtle ridges. • Back View: Include a 3-inch vari-angle LCD touchscreen that flips out, with a black bezel and protective frame. Surround it with buttons: top row includes power switch (black slider), MODE button, MENU button; right side has FOCUS MAG (with “5” label), Fn, DISP/ZEBRA/PEAKING/FOCUSING multi-dial wheel, SHUTTER button (half-press for focus), playback button, and delete button (trash icon). The rear panel has a textured black finish. Ensure the screen is modeled as off (black surface) but with realistic glass reflection potential in renders. • Top View: Feature a built-in stereo microphone holes, hot shoe mount (metallic with contacts), a small viewfinder hump (no EVF, just a flat top), and control dials including a rear command dial. Include subtle engravings like “SONY” on the left shoulder. • Bottom View: Model the tripod socket (1/4-inch thread) centered, battery compartment door (sliding latch labeled “OPEN”) that opens to reveal space for NP-FZ100 battery, and memory card slots (dual CFexpress Type A/SD). Engrave “Cinema Line FX3” in white text near the grip, with the large “SONY” logo in white centered. Include ventilation grilles and screw holes for realism. • Left Side View (from user’s perspective): Ports panel with HDMI (full-size Type A), headphone jack (3.5mm), microphone jack (3.5mm), USB-C (for charging/data), and a multi-interface shoe. Include a flip-out door covering some ports, with red accents on REC indicators. Add cooling vents with fine grille patterns. • Right Side View: Memory card door (labeled “OPEN” with downward arrow), additional USB-C or remote terminal, and ergonomic grip contour. • Overall Body: Matte black polycarbonate and magnesium alloy construction with weather-sealing gaskets implied at seams. Include subtle screw heads, rubber port covers, and anti-slip textures on grip areas. Interior and Exploded Structure (from Diagram): Incorporate semi-exposed internal components for a modular, dissectible model if possible, or ensure the exterior hints at internal assembly. Key parts to model in depth: • Front cabinet block with grip rubber. • Jack assy block and BT lid assy for ports and battery access. • Bottom cover assy and inner plate assy. • MB N frame block as the main chassis. • Shutter unit (AFE-3379) with mechanical blades. • MB charge unit for battery management. • Anti-shake unit for IBIS (in-body image stabilization). • Heat plate assy and fan assy for active cooling (visible vents on sides). • SY-1114 board (main PCB) and JK-1028 flexible board for connectivity. • LCD cabinet block with hinged screen. • Rear and top cabinet blocks. • Z handle unit (possibly zoom or accessory handle). • NFC base block and BTH block for wireless features. Materials and Textures: • Body: Matte black rubberized plastic (soft-touch for grip areas, harder polycarbonate for panels) with fine grain texture to reduce fingerprints. Metallic gray accents on port doors and dials for durability feel. • Lens Mount: Brushed aluminum silver with engraved text, high reflectivity but not glossy. • Buttons and Dials: Tactile black plastic with white engraved labels (e.g., “REC” in red, “ISO”, “WB”). Dials should have knurled edges for grip. • Screen: Glossy glass with anti-reflective coating, capable of showing subtle fingerprints or dust in close-up renders. • Vents and Grilles: Fine metallic mesh with dark gray finish. • Sensor: Glass-like with iridescent blue-purple tint. • Use PBR (Physically Based Rendering) materials: Assign roughness maps for matte vs. glossy areas, normal maps for textured surfaces like grips, and specular maps for metals. Include subtle wear and scratch details for realism. Depth and Coloring: • Implement depth mapping for accurate topology: High polygon count for curved grips and button details (target 500k-1M polys for detail). Use displacement maps for engraved texts and seams. • Color accurately: Predominantly black (#000000) with gunmetal gray (#4D4D4D) panels, white text (#FFFFFF), red accents (#FF0000) on REC button and indicators. Ensure color grading matches Sony’s industrial design – cool tones, no vibrant colors. • Subsurface scattering for rubber parts to simulate light diffusion. Rendering Settings: • Render in photorealistic style with ray-tracing for accurate shadows, reflections, and global illumination. Use a neutral studio lighting setup (soft key light from front, fill from sides) to highlight details without harsh shadows. Output in 4K resolution with options for turntable animation (360-degree rotation). Include depth-of-field effects to focus on key areas like the lens mount. • Texturing: High-resolution 4K textures baked from references – diffuse, specular, normal, and ambient occlusion maps. Ensure all labels and engravings are sharp and legible (e.g., “Cinema Line FX3”, button texts). Additional Instructions: • No lens attached; model body only. • Ensure the model is optimized for real-time viewing (e.g., in Blender or Unity) but with LOD (Level of Detail) variants for high-res renders. • Make it watertight and manifold for 3D printing compatibility. • Focus on fidelity to references: Match exploded view assembly order and part labels as decals or engravings where visible.
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
Mallikarjuna Kasireddy
Mallikarjuna Kasireddy