The Universe bench, model 02.455.5, represents a pinnacle of modern design in the field of urban furniture. Designed by Filip Babiarz, this piece is part of the modular Universe line, offering exceptional flexibility for architects and landscape designers. Its square, backless profile, measuring 50 ½ inches in both width and depth, provides a robust and expansive seating solution suitable for a wide range of public spaces, including plazas, courtyards, and metropolitan pedestrian zones. By prioritizing a clean, geometric silhouette, this street furniture element seamlessly integrates into contemporary surroundings while maintaining a durable and functional presence.
Engineering excellence is at the core of the Universe bench, featuring high-quality construction materials tailored for longevity. The frame is available in either carbon steel (S235JR) for a classic aesthetic or stainless steel (AISI 304) for enhanced corrosion resistance, ensuring the unit withstands rigorous outdoor conditions. The seating surface is meticulously crafted from a selection of premium wood options, including European coniferous wood, hardwood of European origin, or various exotic wood finishes, such as oiled or premium variants. With weights ranging from 364 lb to 503 lb depending on the selected configuration, this bench provides a stable and reliable anchor for any outdoor environment.
As a key component of modern benches collections, the Universe modular system is engineered for professional installation, utilizing a secure, screw-mounted mounting method. This ensures that the unit remains fixed and safe within high-traffic public areas. The modular design allows for the arrangement of multiple units to create unique seating configurations, enabling tailored spatial planning for parks, corporate campuses, and public squares. By choosing the Universe bench, facility managers and urban planners invest in a high-grade, sustainable, and aesthetically refined piece of street furniture that meets the evolving demands of modern city infrastructure.