Exterior Texture Library for Birla Opus

Finishes that respond correctly to light, scale, and setting.

Client

Birla Opus

Type

3D Texture Library & Web Interface

Year

2024

Duration

3 Months

Intro

Built to repeat seamlessly across facades, elevations, and large surfaces.

A bank of photoreal 3D texture plug-ins built for Birla Opus’ Exterior Textures team. Designed for both design workflows (architects, interior designers) and marketing workflows (in-house and external creative teams).

Seamless, accurate, and easy to integrate into popular 3D softwares, these textures enable faster visualisation and consistent outputs while also allowing colour changes without altering pattern, depth, or material behaviour. Allowing marketing teams to remove dependency on physical samples at the early concept design stage.

Intro

Built to repeat seamlessly across facades, elevations, and large surfaces.

A bank of photoreal 3D texture plug-ins built for Birla Opus’ Exterior Textures team. Designed for both design workflows (architects, interior designers) and marketing workflows (in-house and external creative teams).

Seamless, accurate, and easy to integrate into popular 3D softwares, these textures enable faster visualisation and consistent outputs while also allowing colour changes without altering pattern, depth, or material behaviour. Allowing marketing teams to remove dependency on physical samples at the early concept design stage.

Intro

Built to repeat seamlessly across facades, elevations, and large surfaces.

A bank of photoreal 3D texture plug-ins built for Birla Opus’ Exterior Textures team. Designed for both design workflows (architects, interior designers) and marketing workflows (in-house and external creative teams).

Seamless, accurate, and easy to integrate into popular 3D softwares, these textures enable faster visualisation and consistent outputs while also allowing colour changes without altering pattern, depth, or material behaviour. Allowing marketing teams to remove dependency on physical samples at the early concept design stage.