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Anonymous1768275030
01-21 05:08
Model Name
truss lighting rig 3d model
Tags
props
rendering
realistic
Input
Prompt
Create a square overhead truss lighting rig made of aluminum triangular truss elements, forming a closed rectangular frame with four equal sides and four reinforced corner joints. Overall Structure The structure is a suspended square truss grid, viewed from above and below. Each side of the square is composed of straight aluminum truss segments with a triangular lattice geometry (diagonal bracing visible). At each corner, the trusses connect using heavy-duty metal corner connector plates, forming a rigid 90-degree angle. The truss material is matte silver aluminum, uniform across all elements. Suspension System From the top chord of the truss, vertical suspension rods or cables extend upward. These suspension rods are thin, cylindrical, metallic, evenly distributed along each side. No ceiling or environment is present — the model must float freely in space. Lighting Equipment Multiple stage lighting fixtures are mounted to the bottom chord of the truss. Fixtures are attached using U-shaped clamps or brackets. Lighting types include: LED PAR lights (cylindrical with circular LED arrays on the front). Fresnel or spotlight fixtures with barn doors. Rectangular LED panels with visible circular LED nodes. Moving-head or studio-style lights with compact housings. Lights are primarily black, with some metallic details. Fixtures hang downward, oriented vertically or slightly angled. Lighting units are distributed evenly along all four sides, with higher density near corners. Geometry & Accuracy All truss members must be hollow tubular aluminum with realistic thickness. Diagonal cross-bracing must be visible inside each truss segment. Corner connectors must be solid, block-like metal joints, not curved. No cables, textures, logos, or branding text are required. No background, floor, stage, or people — isolated object only. Modeling Style High structural accuracy, industrial stage-rig realism. Clean topology, symmetrical layout. Neutral lighting, no dramatic shadows. The final model should be suitable for architectural visualization, stage design, or event rigging simulations.
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