About this asset

Green fabric acoustic wall panel Revit family featuring a modular square sound-absorbing surface mounted in an array for interior noise control. This wall-mounted acoustic panel system presents a clean, modular appearance designed to attenuate reverberation in contemporary interiors. Finished in an energetic light green textile wrap, the rectangular absorption elements are arranged here in a six-unit configuration across a vertical partition. Each square tile features softly defined seams and bevelled edges that articulate the joints within a cluster. The padded fabric surface provides tactile depth and sound attenuation without bulky structural framing, delivering balanced acoustic comfort alongside a vibrant visual accent across large wall surfaces.

The download is a 297 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.

Engineered for architectural documentation and interior detailing in Revit, this component can be placed against standard wall geometry in plans and interior elevations. Users can duplicate type properties to adjust panel dimensions, spacing, or schedule counts across interior fit-out drawings. The textile finish links to standard material definitions, allowing simple texture swaps or colour customisation to match specified client palettes for presentation views and render passes.

Ideal for commercial offices, meeting rooms, collaborative zones, and education facilities, this acoustic treatment controls speech flutter and echo in shared spaces. It pairs effectively with modular desking systems, breakout furniture, and exposed concrete or glass environments where sound reflection requires dampening. Designers frequently search for acoustic wall panels, sound absorbers, and fabric wall tiles when detailing conference rooms, lecture spaces, and open-plan workplace interiors during design development and construction documentation phases.