Wave urban hammock

Description

The Wave urban hammock, identified by SKU 02.916.2, is a sophisticated piece of street furniture designed by Filip Babiarz, representing a modern approach to public space relaxation. Measuring 334 cm in width, 83 cm in height, and 70 cm in depth, this distinctive urban furniture element provides a comfortable, ergonomic resting position. Its striking, fluid silhouette stands as a centerpiece in contemporary architectural environments, blending seamlessly into plazas, parks, and recreational zones. Weighing 150 kg, the structure offers exceptional stability and durability, ensuring longevity in high-traffic outdoor settings while maintaining a refined aesthetic that encourages public interaction.

The structural integrity of the Wave hammock is achieved through a high-quality stainless steel (AISI 304) frame, providing a robust foundation that is resistant to environmental corrosion and mechanical wear. The seating surface is meticulously crafted from premium hardwood, available in variants including oil-finished options or high-grade European hardwood. The choice of materials highlights a commitment to sustainable and resilient urban furniture design. The combination of cold-rolled steel and natural timber creates a harmonious visual contrast, typical of premium benches and seating solutions intended for modern metropolitan landscapes.

As part of the exclusive Wave product line, this hammock exemplifies the versatility of high-end street furniture. By offering various hardwood finish configurations, the product can be tailored to meet specific project requirements, ensuring that each installation complements its surrounding architecture. Its design, characterized by the absence of a backrest, focuses on an open, inviting form factor that enhances the user experience in public leisure areas. Whether installed in cultural districts or quiet garden settings, the Wave urban hammock serves as a functional art piece, elevating the standard of urban furniture through superior material selection and precise engineering.