Product OverviewBring Victorian elegance, occult ritual realism, and moody gothic lighting to your video game environments, manor dining halls, and dark fantasy scenes with this ultra-detailed, professional-grade 3D model of a gothic brass candelabra. Featuring a multi-armed antique brass candlestick holder holding five tall black wax candles with realistic wax drippings and charred wicks, this commercial-grade asset is meticulously crafted to meet the demanding standards of high-end rendering, real-time engines, and professional visual storytelling.

Key Features and Material Breakdown

• Antique Brass Candelabra Frame: Aged brass structure featuring five curved scrollwork arms, decorative fluted column body, and an embossed ornamental base pedestal.
• Dark Wax Candles with Drippings: Five dark charcoal-black taper candles showing realistic melted wax teardrops running down the sides and blackened wicks.
• Intricate Base & Stem Sculpting: Fine classical engravings etched into the circular base rim and central stem sections for a authentic vintage aesthetic.

Technical Specifications and Optimization

• Topology: Clean, production-ready quad-dominant mesh optimized for exceptional surface detail and smooth rendering performance in real-time engines. Provided completely UNRIGGED as a static master asset.
• Textures: Ultra-high-resolution PBR Texture Maps (Albedo, Roughness, Metallic, Normal) expertly configured for tarnished brass metal, glossy melted wax, and charred cotton wicks.
• Engine Integration: Pivot points properly centered and grounded along the base for effortless drag-and-drop placement on tables or altars. Fully compatible with Unreal Engine, Unity, Blender, 3ds Max, Maya, and standard PBR rendering engines.

Presentation TipPlace the candelabra on an antique wooden dining table, beside an open grimoire on an occult altar, or along a stone cathedral mantelpiece. Add small point lights with warm flickering orange flame particle effects at the tips of each wick to cast dramatic, soft candlelight shadows across nearby surfaces.