About this asset

Modern wood coffee table Revit family featuring a sunken centre tier between two open storage cubby boxes supported by vertical divider uprights. This contemporary low table combines display and utility through a tripartite horizontal layout. Two elevated rectangular cubby compartments flank a lowered central timber shelf, creating a stepped surface plane. The wood grain wraps the open-ended side storage boxes, which provide hollow niches for magazines, media accessories, or throws. Between them, twin vertical upright plates serve as structural divider legs while suspending the central shelf plate. Finished in a light natural wood tone complemented by matte off-white structural uprights, the piece provides architectural structure and functional storage balance.

The download is a 379 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load this furniture component directly into your Revit project model and place it at level floor planes. The family operates as standard loose furniture, allowing straightforward rotation and alignment within living or lounge layouts. Material parameters can be adjusted via the type or instance properties to match project specifications for timber veneer and painted metal finishes. The component maintains clean geometry for plan tags, furniture schedules, and coordinated visual presentation.

Suited to residential living rooms, boutique hotel suites, breakout lounges, and executive office reception areas, this low table complements modular sectionals, upholstered lounge chairs, and linear media units. Specifiers and interior designers seeking a coffee table with built-in storage or a two-tier architectural centre table will find this asset fits schemes requiring functional compartmentalisation. Its clean geometry coordinates seamlessly with mid-century, minimalist, and contemporary Scandinavian interior palettes across concept design through to FF&E scheduling.