About this asset

This classic timber curved staircase 3ds Max model features an ornate gold-detailed balustrade and traditional wooden handrail components. This classic curved staircase assembly features solid timber treads and a matching wooden handrail system, supported by slender, turned balusters. The outer stringer is embellished with intricate, gold-toned decorative moulding, lending the structure a formal, traditional character. The design includes a consistent radius for the curve, terminating in a solid landing platform. The combination of dark wood tones and metallic accents provides a refined aesthetic suitable for high-end interiors, with clear attention to the joinery and ornamental detailing on the balustrade elements throughout the flight.

The download is a 3.8 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.

In 3ds Max, this asset is typically managed as a single grouped object or a set of modular components for ease of placement within a scene. Users should verify the pivot point alignment to the floor level upon insertion. Materials are mapped to the timber and metallic surfaces, allowing for customisation of wood grain and metal finishes through the material editor. Proper lighting setup, particularly using global illumination, is recommended to highlight the depth of the ornate balustrade details.

Ideal for residential grand entrances, luxury hotel lobbies, or traditional manor house renovations, this staircase model serves as a focal point in interior visualisations. It pairs effectively with classic interior styles, ornate wall panelling, and formal foyer furniture. Professionals looking for a high-detail architectural feature often search for curved staircases with ornate balustrades or traditional timber stair designs. It is particularly useful for projects requiring a sophisticated, period-inspired circulation element that integrates seamlessly into a variety of high-end architectural workflows.