Modular Acoustic Infrastructure System is a high-performance commercial interior solution engineered for advanced wave-scattering and broad-spectrum acoustic stabilization. Designed as a high-precision, variable-depth structural matrix, Drift replaces traditional flat panels with a multi-dimensional relief profile that optimizes sound wave attenuation across extensive vertical and overhead planes.
Multi-Dimensional Acoustic System is a high-performance commercial interior infrastructure solution engineered for advanced sound wave diffusion and broad-spectrum acoustic attenuation. Designed as an aerodynamic, multi-faceted geometric matrix, Wing replaces traditional flat panels with a thermoformed structural relief profile that optimizes wave scattering across large-scale vertical surfaces.
WALL SYSTEMS
WING
Multi-Dimensional Acoustic System
WALL SYSTEMS
SLIDE
Variable-Acoustic Infrastructure System
WALL SYSTEMS
DRIFT
Modular Acoustic Infrastructure System
WALL SYSTEMS
FLUTTER
Multi-directional sound wave stabilisation.
Variable-Acoustic Infrastructure System is a high-performance, track-mounted commercial interior asset engineered for dynamic acoustic calibration and flexible spatial configuration. Designed as a scalable linear track and sliding panel matrix, Slide replaces fixed, permanent wall treatments with an adjustable architectural boundary layer that allows corporate occupiers to manipulate localized absorption parameters in real time.
The Flutter Modular Acoustic Infrastructure System is a high-performance commercial interior solution engineered for multi-directional sound wave scattering and broad-spectrum acoustic stabilisation. Designed as a high-precision, variable-depth structural matrix, Flutter replaces traditional flat panels with a multi-faceted geometric profile that optimizes sound wave attenuation across extensive vertical building envelopes.
Moving beyond passive, static, or decorative surface treatments that permanently bond to and degrade underlying building substrates, our interlocking multi-layered module matrix composed of a structural 12mm backing substrate paired with an engineered, variable-angle 12mm face profile integrates with non-destructive mechanical Z-clip suspension track network. By disaggregating high-performance acoustic attenuation from structural permanence, these systems establish an integrated air cavity pressure trap that targets mid-to-low frequency speech bands (250 Hz - 1000 Hz), optimises localised sound wave attenuation.
ATR's Open-Cell Geometric Acoustic Infrastructure System resolves spatial depreciation through a scalable system of precision-engineered architectural ceiling assets designed for continuous reconfiguration, zero-waste facility deployment, and 100% downstream material recovery.