
Modern black metal ring chandelier 3ds Max model featuring multidirectional socket fittings with gold accents suspended from a slim canopy. The luminaire is designed around a continuous circular metal hoop suspended from a central ceiling canopy via delicate suspension cables. Positioned radially along the ring frame are multiple two-way or multi-directional light socket assemblies. Each fixture node features subtle gold-toned detailing contrasting against the dark matte metal finish, holding cylindrical light emitters pointing both inward, outward, and vertically. The open circular profile balances visual presence with transparency, providing ambient illumination while serving as a bold sculptural centerpiece in modern interior schemes.
The download is a 88.2 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.
Delivered as a native 3ds Max model, the fixture is structured for quick positioning and height adjustment within ceiling assemblies. Adjust suspension cable lengths to fit target floor-to-ceiling heights. Interior visualisers can assign custom self-illuminating materials or nest photometric light sources within the cylindrical emitters to calibrate accurate interior light distribution and ambient glare in interior rendering workflows.
Ideal for double-height living rooms, open-plan dining areas, hotel lobbies, and executive conference spaces. The striking circular silhouette pairs naturally with round dining tables, sculptural lounge seating, and minimalist architectural backgrounds. Architectural visualisers and specifiers commonly search for modern ring chandelier, circular hoop pendant, multi-bulb metal luminaire, and industrial brass suspended light fixture when styling contemporary hospitality and high-end residential interiors.
Modern Black Metal Ring Chandelier
Free
Free to use in personal and commercial projects, including paid client work.
Covers 1 seat.