Overview BuzziBrella by BuzziSpace, designed by Sebastian Herkner, is an umbrella-inspired acoustic canopy that creates an acoustic shelter in large interiors with high ceilings. Its canopy geometry increases the surface area available for sound absorption, reducing reverberation and delimiting comfortable acoustic zones.
Design & use - Designer: Sebastian Herkner
- Function: acoustic shelter to reduce reverberation in high-ceiling spaces
- Style: umbrella-inspired canopy suitable for open-plan offices, lobbies and public interiors
Models & configurations - BuzziBrella Chill – lounge/rest variant for short breaks and informal use
- BuzziBrella Focus – configurable pods (up to three cabins) in seated and standing heights for focused work
- Flexible combinations: mixed seating heights and two-tone upholstery options
Acoustic performance - Canopy geometry provides increased surface area for 360° sound absorption
- Covers a wide frequency range (low, mid, high)
- High-density foam construction reduces reverberation and improves speech privacy
Features & user comfort - Integrated charging: 3 x 65W A+C USB fast-charging outlets
- Lighting: 3 LED spots for task and reading illumination
- Worktops: Antwerp oak work surfaces
- Padded panels for visual and acoustic screening
Resources & technical documents - 3D models and product images
- Configurator & CAD files (metric and imperial)
- Revit file
- Product data sheet, manuals, certificates, price list
Technical specifications - Brand: BuzziSpace
- Model: BuzziBrella
- Designer: Sebastian Herkner
- Type: acoustic canopy / shelter
- Recommended installation: interiors with high ceilings (offices, lobbies, airports, museums)
- Acoustic function: increases absorption by creating a larger capture surface
- Construction: high-density foam core (as indicated on product details)
- Electrical: 3 x 65W A+C USB charging ports; 3 LED spots (lighting)
- Worktops: Antwerp oak
- Production: handmade in Europe
- Materials / finishes / dimensions: specific options and measurements available in technical files (not detailed on page)