Strada Maxi table
A striking design language for versatile seating areas. The Strada Maxi table combines a linear base design with table tops available in the Harmony or Style finishes. A range of lengths and materials allows for customised planning to suit the needs of parks, town squares and other public spaces.
Clean geometry meets versatile material design: the Strada Maxi table consistently continues the linear, architectural design language of the Strada range. Its defining feature is the rectangular, open base, which provides a clearly defined frame for the tabletop. The interplay of different forms makes Strada Maxi a modern classic whilst also creating a design link to the matching bench and the Strada bicycle rack.
In the Strada Maxi Harmony version, the tabletop consists of wire mesh and round tubing with a diameter of 38 mm. The wire mesh has a grid of 15 × 15 mm with a wire thickness of 3.3 mm. Densified sections of the grid serve to divide the space and provide stabilisation. The tabletop is whirl-sintered with polyamide Rilsan and has a coating thickness of at least 350 µm. Harmony is available in two lengths.
Strada Maxi Style offers greater flexibility in material design. The table frame, comprising laser-cut moulded parts and round tubing with a diameter of 38 mm, is also whirl-sintered with polyamide Rilsan. The inserts available include wire mesh as well as FSC-certified dark bamboo, Savanna bamboo, iroko, robinia and pagwood, or recycled plastic. This allows the linear design to be combined with a variety of material and colour effects.
The legs on both variants are Hot-dip galvanized and Powder-coated. Strada Maxi is designed to be mobile and features mounting brackets. An adaptation kit connects the table top to the leg assembly.
Together with the matching Strada bench and the Strada bicycle rack, the distinctive design language can be carried through across various elements of street furniture. Strada Maxi thus combines clean geometry, a variety of material options and a consistently coordinated design.